This is Your Catalog 
 
 Number 7403 
 
 Please return the enclosed card for our records. 
 
 The United Metal Products Co. 
 
 Canton, Ohio 
 
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 TN compiling this handbook on ‘'Hollow 
 ^ Metal/' it has been our purpose as far as 
 possible to place in the hands of Architects 
 and others, our accumulated experience in 
 this line m such condensed form as to be of 
 use for ready reference. 
 
 The use of Hollow Metal doors and trim as 
 a fire preventive and retardant has become 
 so general, and their value so well recog¬ 
 nized, that it IS unnecessary in a handbook 
 of this character to go into the merits of the 
 
 O 
 
 material. 
 
 We have endeavored to illustrate in a prac¬ 
 tical wav, how the different items of Hollow 
 Metal work may be detailed an d built, 
 and trust that our efforts mav be of value 
 to those who are not entirely familiar w ith 
 the use of Hollow Metal Products. 
 
 The United Metal Products Co. 
 
 Factory and Main Office 
 
 Canton, Ohio 
 
 Copyright 1925 
 
 The United Metal Products Co., Canton, Ohio 
 
The United Metal Products Company 
 
 Factory and Main Office 
 Canton, Ohio 
 
 Largest plant in the world devoted exclusively to the manufacture of Hollow 
 Metal Doors, Trim and Elevator Enclosures. 
 
 New York City, N. Y. 
 Detroit, Mich. 
 
 St. Louis, Mo. 
 
 Los Angeles, Cal. 
 
 Branch Offices 
 
 Chicago, Ill. 
 Cleveland, Ohio 
 Dallas, Texas 
 Minneapolis, Minn. 
 
 Philadelphia, Pa. 
 Boston, Mass. 
 
 San Francisco, Calif. 
 Kansas City, Mo. 
 
 Representatives in All Principal Cities 
 
 Products 
 
 Hollow Metal Doors, Frames and Trim. 
 
 Underwriters’ Labeled Doors and Frames. 
 
 Elevator Enclosures. 
 
 Conduo-Base. 
 
 Smoke Screens and Stair Enclosures. 
 
 Adjustable Metal Partitions. 
 
 Telephone and Coupon Booths. 
 
 \\ ainscoting. 
 
 Combination and LTit Door Frames (buck, jamb and trim.) 
 Dumbwaiter Openings. 
 
 Cold rolled, drawn or pressed steel and bronze shapes. 
 
 Member of “Producers Research Council.” Affiliated with the American Institute of Architects. 
 
 2 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 General Index 
 
 Page 
 
 Conduo-Base . 61-72 
 
 Combination Frames . 16-17 
 
 Door Types or Designs (Swing) . 13 
 
 Elevator door types (Slide) . 37 
 
 Elevator Layouts . 41-55 
 
 Single Slide .41 
 
 Two speed . 43 
 
 Center closing . 45 
 
 Single slide and swing .47 
 
 Two speed and swing . . 49 
 
 Center closing and swing . 51 
 
 Three speed . 53 
 
 Two speed center closing . 55 
 
 Finish Classification .56 
 
 Finish Samples (Grained) . 57 
 
 Finish Samples (Plain Color) . 59 
 
 Frame and Trim sections .14—15 
 
 Hardware . 33 
 
 List of Installations . 74-77 
 
 Meeting Stiles . 32 
 
 Moulding Profiles . 79-108 
 
 Angles . 102-105 
 
 Base . 98-99 
 
 Casings and Chair rail (clip on) .88-90 
 
 Casings and Chair rail (screw on) . 91-95 
 
 Channels . 105 
 
 Cornices . 97-108 
 
 Hand Rail . 101 
 
 Picture moulds . 96 
 
 Plant on shapes . 104 
 
 Plinth blocks . 107 
 
 Radius Bends . 106 
 
 Scribe or Closer Mouldings . 87-104 
 
 Wire Moulds . 96-97-102 
 
 Partitions .. . 22-25 
 
 Specifications, Swing doors, frames and trim . 10-11 
 
 Specifications, Elevator enclosures . 38-39 
 
 Specifications, Underwriters’ swing opening . 28-30 
 
 Stair enclosures or smoke screens . 20—21 
 
 Swing and slide (method of determining) . 34 
 
 Stile Construction . 83 
 
 Unit Frames . 16-17 
 
 Underwriters’ Label Procedure and Requirements . 26-30 
 
 3 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
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 HI ff M • T11 n I n M II miu M M iTl 
 
 
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 ■iGENERAI-' HOSPITAL- BVILDIN! 
 I -CITY-HOSPITAL-GRPVE*'' 
 'CLEVELAND-OHlO=* 
 
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 J. H. MacDowell 
 A rchitect. 
 
 Cleveland City Hospital Central States Engineering & Construction 
 General Hospital Unit Company, Contractors. 
 
 J. HAROLD MacDOWELI. 
 
 -.tROHITaOT - 
 
 MCMseO AMCBICAN IN9T<Tin-( OT AMCMrTECrt 
 
 “U. M. P.” Unit type frames, 
 doors and borrowed lights for 
 nearly five thousand openings 
 were furnished and installed in 
 this building, all finished in 
 White Enamel. 
 
 United tietal Products Co. • 
 Canton, Ohio 
 
 Gentlemen: 
 
 Re- METAL DOORS & TRIi*. 
 
 CLEVELAND CITY HOSPITAL GHa^P 
 
 V/e are very much pleased to write ex¬ 
 pressing our complete satisfaction with the metal 
 doors and sash manufactured by you and erected in 
 the netv City Hospital Buildings for the City of 
 Cleveland* These doors have been in use now for two 
 veara and to our knowledge there has not been one 
 cent of repair or upkeep on the installation under 
 your contract for these doors since the day they v-^ere 
 erected. 
 
 This office is highly pleased with the 
 installation and construction and the perfect service 
 that was given by your company pertaining to charges 
 in schedules at the time that the constr’action of 
 these buildings was under way. 
 
 4 
 
 Very truly yours. 
 
 510 Bulkley Bldg,, 
 Cleveland, Ohio 
 July 29, 1924 
 
 J. H. MacDov/ell, Architect. 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 f 
 
 “U. M. P.” Doors, Trim 
 and Coupon Booths were 
 selected for this building. 
 
 • t 
 
 
 ■pMMHMMMl 
 
 A. P. Clark, Jr., 
 Architect 
 
 Riggs National Bank 
 
 Washington, D. C. 
 
 Geo. A. Fuller Co., 
 Contractors. 
 
 
 Dallas Apartments 
 
 Miami, Florida 
 
 Robertson & Patterson 
 A rchitects. 
 
 Geo. W. Langford Co. 
 Contractors. 
 
 “U. M. P.” Elevator 
 Enclosures serve the pa¬ 
 trons of this beautiful 
 Southern Apartment home. 
 
 5 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 \\^alker & Weeks 
 A rchitects 
 
 Cleveland Public Library 
 
 Cleveland, Ohio Lundoff-Bicknell Company 
 
 Contractors 
 
 
 Nothing has been left undone to make this 
 building one of the very finest of its kind in the 
 country, and no detail is lacking that could im¬ 
 prove on the architects’ work. 
 
 The building is fireproof throughout. All doors 
 and trim are of the Hollow Metal type, harmonizing 
 with the interior details and construction. 
 
 A large number of doors have been covered 
 with special genuine Spanish leather, ornamented 
 with solid bronze studs of an artistic and pleasing 
 design. 
 
 The work of furnishing and installing the in¬ 
 terior finish throughout, was executed by the 
 United Metal Products Company. 
 
 t-) 
 
 6 
 
 East Entrance to “Brett Hall” 
 Clev'eland Public Library 
 
In the reading and stack rooms of the Cleveland Public Library will be found 
 over 100 “United” metal doors and transoms covered with beautiful genuine 
 Spanish leather and ornamented with solid l^ronze studs. 
 
 7 
 
West Entrance to “Brett Hall”— Cleveland Public Library 
 The doors are of the “United” Hollow Metal type with raised panels and enriched mouldings. 
 
 8 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 
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 (jeo. D. Mason Co., 
 A rchitects. 
 
 The Masonic Temple 
 Detroit, Mich. 
 
 The H. G. Christman Co., 
 Contractors. 
 
 When the Detroit Masonic Fraternities decided to build a new. Temple, 
 they determined that it should be the last word in architecture, beauty, and 
 utility and that every item of material that formed a part of the structure should 
 be the best of its kind. 
 
 A large portion of the Interior Trim had to be fireproof, but also had to 
 harmonize with the special design required for a building of this character. 
 
 The United Metal Products Company was selected to carry out this work 
 and has furnished all of the art metal doors and trim throughout. The material 
 is of Hollow type construction. 
 
 9 
 
 I 
 
THE UNITED METAL PRODUCTS CO. 
 
 Standard Specifications Covering the Manufacture 
 of Hollow Metal Doors and Trim 
 
 Door Stiles and Rails to be formed from 
 No. IS gauge (U. S. Standard) steel, thoroughly 
 pickled, double annealed, patent leveled, and 
 free from blisters or pits. Stiles to be formed of 
 one piece and rails of two pieces, all interlocked 
 with continuous channels constructed to form 
 a reinforcing binder, a deep groove for panel 
 and an interlocking clip for panel moulding. 
 (See descriptive cut). 
 
 All stiles and rails to have cork inserts of 
 suitable size to prevent a metallic sound. 
 
 Panels to be constructed of two sheets of 
 No. IS gauge steel (U. S. Standard) between 
 which two sheets of asbestos and one sheet of 
 felt are to be inserted of the required dimension 
 to make panel an overall thickness of A". 
 Panels are to be inserted in the groove provided 
 by interlocking channels. 
 
 Panel Mouldings are to be neatly mitred 
 or coped at corners and intersections and 
 clipped into interlocking member as described 
 above. 
 
 All seams and joints connecting stiles and 
 rails to be thoroughly welded their entire length 
 by the use of the oxy-acetylene process. All • 
 joints made perfectly level and invisible. Steel 
 channels to be placed at top and bottom of 
 door extending full width of same. These 
 channels are to be spot welded in place. Re¬ 
 inforcing bars of sufficient length and thickness 
 are to be welded in hinge stile at all cutouts. 
 These bars will be drilled and tapped for butts. 
 Reinforcing plates will be spot welded in lock 
 stile to receive locks, and additional reinforce¬ 
 ments placed in door to receive such hardware 
 
 Channel^ 
 
 Reinforcement 
 
 Cork Insulator 
 & Sound Deaclener 
 
 Rail 
 
 Patented Interlocking, 
 ‘'"‘i Reinforcing Channel 
 Panel Moulding 
 
 Apphed W/fhoa/ the u^e 
 of screws 
 
 Asbestos 
 defmen Sfee/ P/aUs 
 
 PATENTED 
 
 in^e 
 Reinforcement 
 
 Corners Mitered 
 (S Welded 
 
 is Construction was 
 Tested by The Under¬ 
 writers Laboratories 
 with results which Prove 
 that as afire Retardant 
 it is loo% Perfect. 
 
 Insist on seeing the Con 
 struction before writing 
 your specifications 
 
 as may be specified. No bolts or rivets are to 
 be used in the construction of doors, and no screws 
 will be allowed except where glass panels occur 
 and then oval head machine screws may be used 
 to hold the glass moulds or beads in place. 
 
 10 
 
Standard Specifications 
 
 (Continued) 
 
 Jambs are to be made of not less than No. 18 
 gauge (U. S. Standard) steel of the same quality 
 stock as described for doors. Jambs shall be 
 formed to detail, and made to fit accurately over 
 buck. All intersecting members are to be neatly 
 coped and fitted before being shipped to building. 
 Where the thickness of wall exceeds inches the 
 gauge of jamb will not be less than No. 16 (U. S. 
 Standard). 
 
 Casings are to be manufactured from cold 
 rolled strip steel of not less than .050 in thickness. 
 Manufacturers stock shapes and profiles of the 
 nearest design shown on architect’s detail drawings 
 shall be used. All casing corners and mitres are 
 to be neatly welded and ground off to insure 
 invisible joints. 
 
 Transom Sash to be constructed of No. 18 
 gauge (U. S. Standard) steel, properly reinforced 
 for all necessary hardware. 
 
 Picture Mould, Chair Rail and Base Mould¬ 
 ings are to be manufactured from cold drawn 
 strip steel .050 in thickness. 
 
 Rough Bucks are to be made of No. 14 gauge 
 (U. S. Standard) blue annealed stock. The inter¬ 
 secting joints are to be acetylene welded, and steel 
 spreaders are to be placed in the bottom of all 
 bucks. The depth of buck shall be determined by 
 the thickness of wall, including the plaster. Rough 
 bucks are to receive a dip coat before shipment. 
 
 Unit Frames, combining buck, jamb, stop and 
 casing are manufactured from No. 14, 16 or 18 
 gauge (U. S. Standard) steel. All frames to be 
 prepared for hardware and heavily reinforced 
 where necessary. Unit frames are to receive one 
 
 dip and one filler coat. Both coats to be baked 
 on, after which a prime coat is applied, which is 
 also baked on. The finishing coats of paint will 
 be applied at the building by the painting con¬ 
 tractor. 
 
 Finish. All steel for doors to be thoroughly 
 cleansed with benzine. The inside of panels to 
 be painted before assembling. The door when 
 assembled to be immersed in a vat of rust resisting 
 liquid enamel, so as to allow the rails, stiles and 
 other members to become filled with the liquid. 
 This enamel is allowed to drain off, after which 
 the doors are to be placed in baking ovens and 
 thoroughly baked. A filler coat is then applied 
 and baked, and the surface sanded or ground 
 perfectly smooth. Two coats of high grade 
 mineral paint are then applied, each baked on 
 separately, after which the graining is done. All 
 grained finishes receive two coats of best baking 
 varnish, each coat baked on separately. All 
 finished work is rubbed to an egg shell gloss. 
 
 Jambs, Casings and Mouldings are to be fin¬ 
 ished in the same manner. 
 
 Hardware is to be applied to doors at factory 
 before shipment is made, except where crating of 
 materials might be interfered with. Drilling and 
 tapping for such items of hardware as doors and 
 transom closers to be done at the building after 
 materials are erected. 
 
 Shop Drawings illustrating all work in detail, 
 are to be prepared and submitted for architect’s 
 approval before any materials are fabricated. 
 
 Samples of Finish are to be submitted for 
 approval before materials are finished. 
 
 11 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 t 
 
 The Ambassador is fireproof 
 throughout. Doors and door 
 frames, elevator enclosures, base, 
 window trim and other interior 
 finish are of Hollow Metal. 
 All of “U. M. P.” type of con¬ 
 struction and manufacture. 
 
 Ambassador Hotel 
 
 New York City 
 
 Warren & Whetmore Thonipson-Starrett Co., 
 
 Architects Contractors 
 
 
 All exterior entrance open¬ 
 ings, stairways and fire exits are 
 protected with “United” Hol¬ 
 low Metal doors and trim. The 
 elevator enclosures are also of 
 the “U. M. P.” type of manu¬ 
 facture. 
 
 McKinley High School, Canton, Ohio 
 
 Geo. H. Hammond 
 Architect 
 
 12 
 
 Robert H. Evans Co., 
 Contractors 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO V 
 
 E 
 
 S T U W X 
 
 Doors shown above are standard U. M. P. types. 
 
 13 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Buck and Jamb Construction 
 
 On the pages following we have shown the treatment of 
 various types of Buck and Jamb conditions which are 
 typical for construction of this character 
 
 Type U 1 shows Rough Buck, Cabinet Jamb and Casing construction. The 
 buck is usually made from No. 14 gauge steel, formed to suit wall conditions. 
 The outer flange forms the plaster line. This type of buck must be set 
 before the walls are built. The adjustable anchors furnished with bucks 
 should be placed in the joints of tile or brick. 
 
 The cabinet jamb is made to fit accurately over the buck, and is set in place 
 after the plastering has been done and the floors are in place. The doors should 
 be set at the same time as the jambs. 
 
 The casings are welded at the corners and are applied with concealed clips. 
 No screws or other visible fastenings required. This type of construction per¬ 
 mits of all finished materials being installed after the plastering work is completed. 
 
 Type U 2 shows wood buck, cabinet jamb and casing construction. Bucks 
 should be made as shown with plaster grounds on either side. The material 
 should be sized to accurate dimensions as noted on manufacturers’ shop drawings 
 and should be straight and true. In assembling, the head piece should be 
 securely nailed to the side pieces, with the vertical ground piece overlapping the 
 head and nailed to it. 
 
 When this type of construction is used, care should be taken to see that the 
 buck is set perfectly plumb and true, and that proper anchors are placed in 
 joints of brick or tile to securely fasten it in place. 
 
 The cabinet jambs are fixed to the wood buck at the same time as the doors 
 are hung. 
 
 The casings are applied with concealed clips in a manner similar to that 
 de.scribed for Type U 1. 
 
 Type U 4 shows channel iron buck cabinet jamb and casing construction. 
 
 Type U 5 shows an inverted buck. This construction is used when bucks 
 must be set after walls are in place. ' 
 
 14 
 
15 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Buck and Jamb Construction 
 
 (Continued! 
 
 Type U 3 shows a Combination Frame with an applied casing. This frame 
 must be set in place before walls are built. Adjustable anchors are furnished 
 and should be placed in joints of masonry as walls are run up. Care should be 
 taken to see that frames are set plumb and to the correct height, and that they 
 are checked for accuracy after masonry is in place. (It will be noted that doors 
 cannot be altered). 
 
 The casings are applied with concealed clips. 
 
 Type U 6 shows a Unit Frame which combines Buck, Jamb and Casing. 
 This frame must be set before the walls are built, and the setting must be done 
 very accurately otherwise the doors will not fit. Gauge of material No. 10 
 (U. S.-Standard). 
 
 Types U 7, U 8, U 9 and U 10 are Combination Frames suitable for hospital 
 or school construction. The frames are set before walls are built and adjustable 
 anchors are placed in the frame flanges and built into the joints of masonry. 
 Gauge of material may be No. 10, 12, 14 or 10 (U. S. Standard). 
 
 When the materials must be finished before shipment, the construction 
 shown for types No. 1, 2, 4, and 5 may be used. The rough bucks can be set, 
 walls built and plastered and the finished materials installed after all other work 
 is in place. 
 
 The use of Type U 3 permits of a more flexible casing design than is possible 
 in a standard unit frame. The casing can be made to match any design required. 
 
 A considerable saving can be effected in cost by specifying construction 
 shown for types No. 0, 7, 8, 9 and 10. The saving is in cost of materials as well 
 as in factory and field labor. 
 
 Ihiit frames must be built into masonry and should not therefore be shipped 
 to the job with the finishing coats applied. This work should be done by the 
 Painting Contractor. 
 
 We can furnish Underwriters’ labels for all types of construction shown with 
 the exception of U 2 and U 5. 
 
 We use Ingot Iron or Toncan Metal for all exteiior openings unless other¬ 
 wise specified. 
 
 16 
 
THE UNITED METAL PRODUCTS GO 
 
 CANTON, OHIO 
 
 CIJ^IMPED PLATE 
 
 ANCHOI55 AI^ TUIJNI 5 HED WITH ALL 
 COMBINATION 
 
 17 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Methodist Temple Building 
 
 Chicago, Ills. 
 
 Holabird & Roche, John Griffith & Son Co., 
 A rchitects Contractors 
 
 This magnificent structure towering 
 hundreds of feet above Chicago’s sky¬ 
 line is a unique architectural achieve¬ 
 ment. 
 
 Stairways, fire escapes and all open¬ 
 ings where danger from fire existed, are 
 protected and given enduring beauty by 
 “United” Metal doors and trim. 
 
 Home Bank & Trust Company 
 
 Toledo, Ohio 
 
 Walker & Weeks Henry J. Speiker Co., 
 
 Architects Contractors 
 
 “United” Metal doors and trim are 
 used throughout this modern Bank and 
 Office building. 
 
 18 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 
 All of the elevator and 
 stair enclosures as well as 
 the Hollow Metal doors 
 and trim throughout the 
 building, were furnished 
 and installed by the “U. 
 M. P.” Company. 
 
 
 
 
 Wight & Wight 
 A rchitects 
 
 Kansas City Life Insurance Building 
 
 Kansas City, Mo. 
 
 Collins Bros., 
 Contractors 
 
 The Stairways and Fire 
 Exits in every building 
 should be protected with 
 the utmost care. This is 
 especially true in a large 
 store building where the 
 lives of hundreds of shop¬ 
 pers are endangered daily. 
 
 “United” Hollow 
 Metal Doors and Trim 
 were selected to afford this 
 protection on the Joseph 
 Horne Store building. 
 
 Dumbwaiter and Paper 
 Chute Doors and Enclos¬ 
 ures are also of “U. M. P.” 
 manufacture. 
 
 Benno Jensen 
 A rchitects 
 
 Joseph Horne Store Building 
 Pittsburg, Pa. 
 
 Mellon Stuart Co., 
 Contractors 
 
Schenck & Williams 
 A rchitects. 
 
 Roosevelt High School 
 Dayton, Ohio 
 
 Walbridge & Aldinger Co., 
 Contractors 
 
 This magnificent High School Building is protected throughout with Hollow 
 Metal Doors. Not only are the stairways and fire escapes protected but so are 
 the class rooms, clothes closets and all of the rooms and spaces. “United” 
 doors were selected to provide this protection. 
 
 Stair Enclosures and Smoke Screens 
 
 <OeO B WALBRIOOE A n alOINGCO CHAS C LCWTT 
 
 Via PAts ft ocn L MAA pRCSioenr sect taeas 
 
 M’ALUKllJtiK. AkDIXGKK UoMPAXY 
 
 GENERAL CONTRACTORS 
 
 2390 PCNOSOCOT OUlCOlNa 
 
 DuTKoii- Mk'u *^ctober 9, 1924 
 
 United ^etal Products Company 
 
 Canton 
 
 Ohio 
 
 Ke: Roosevelt High School, Dayton. 
 
 Gentlanen; 
 
 IVe are glad to write and advise you that 
 the Hollow Metal doors and trim that you furnished 
 for the new Roosevelt High School at I'ayton have 
 met our expectations in every way with respect to 
 quality and finish. The reproduction of quarter 
 sawed oak on these doors is excellent. 
 
 We wish to thank you for the prompt 
 service you rendered In supplying these materials 
 and will be pleased to recommend your froduct.s to 
 any contractor who la contemplating the use of 
 material of this character. 
 
 Yours very truly. 
 
 RLV/SR 
 
 In schools and hospitals as well as store and 
 office buildings where inside stairways or fire 
 towers replace the unsightly and dangerous fire 
 escape, it is necessary to enclose the stairways 
 with a screen or enclosure so that the exits may be 
 protected in case of fire. 
 
 On the opposite page we have shown scale 
 details of standard enclosures which are typical 
 for work of this character. We will be glad to 
 furnish full size detail drawings on request. 
 
 Panic hardware should be furnished for the 
 doors. See page 32 for typical meeting stile 
 construction. 
 
 20 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 CLASS STOP CON6Tli.UCTK)N 
 
 SASH CONSTpLJCTlON 
 
 VKiyitAL section 
 CLASS STOP 
 
 ELEVATION OF STAIRENCLOSUIJE 
 
 I 
 
 
 VORTICAL SECTION 
 SASH 
 
 21 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Metal Partitions 
 
 The use of metal partitions instead of tile and plaster is attracting the atten¬ 
 tion of both architects and building owners. 
 
 In modern building construction it is not possible to delay either the comple¬ 
 tion of general plans or the construction work until tenants have been found for 
 all the space. As a consequence the architect is confronted with the choice 
 of laying out the rooms in some typical manner or of delaying the subdivision 
 of space until tenant requirements are known. 
 
 W’here space is subdivided before tenant needs are ascertained, it will be 
 found that many changes are required in the layout and much expense incurred. 
 
 Where the exterior walls only are built, and the subdividing of space on the 
 various floors is held up until such space is rented, care must be taken to see 
 that both materials and labor are available when required, so that income from 
 the rentable space will not be unduly delayed. 
 
 In subdividing office or warehouse space with tile and plaster or lath and 
 plaster, the architect must consider whether the walls are to be of a permanent 
 or temporary nature. 
 
 If the space enclosed within such walls is leased for a number of years that 
 will approximate the life of the building, the walls may be considered permanent, 
 but if the lease expires at the end of one or ten years, then the partitions must 
 be considered of a temporary nature and should be built of materials that will 
 not be destroyed in making changes, but which can be readily adapted to a new 
 layout. 
 
 In looking back over a five or ten year period, it will be found that the evolu¬ 
 tion of business has reciuired the rearranging of office space in all modern build¬ 
 ings many times within that period, and unless the tenant can be accommodated 
 within the rooms which have been his business home for such a period, he will 
 be obliged to move elsewhere. 
 
 Tile and plaster walls cannot be taken down and used again. Furthermore, 
 the destruction of this material is uneconomical, and the work of removing it is 
 expensive and inconvenient. 
 
 Metal partitions, properly constructed, can be fitted to meet the changing 
 needs of any type of building. The material is so fabricated that it can be readily 
 taken down and set up elsewhere without the slightest waste or inconvenience. 
 
 22 
 
PAI^ITION TYPE-PI* 
 
 
 
 •A* 
 
 A 
 
 A 
 
 
 4 4 
 
 f 
 
 •B* 
 
 1 
 
 METAL 
 
 •E* 
 
 metal 
 
 METAL 
 
 
 c 
 
 ♦ I ♦ 
 
 c* PARTITION TYPa'P2 
 
 23 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Metal Partitions 
 
 (Continued) 
 
 The United Metal Products Company has perfected and patented an in¬ 
 expensive metal partition for the subdividing of either office or warehouse space. 
 
 This partition is made from cold rolled shapes, the members of which are 
 fabricated at our factory, and shipped to the building in knockdown form. 
 The different members are prepared so they can be easily locked together at the 
 building in a very short time. 
 
 The panels are made from two sheets of furniture stock steel, with a layer 
 of asbestos between and joined together under hydraulic pressure. The mullions, 
 top, bottom and intermediate rails are of hollow construction all drawn to detail 
 with sharp reveals and pleasing architectural profiles. 
 
 The bottom member of partition can be fitted to receive Conduo-Base where 
 desired, so that the electric and telephone wires may be distributed throughout 
 the rooms without the necessity of floor conduits; thus enabling the contractor 
 to put in the finished floors and ceilings throughout the entire floor, subdividing 
 the floor space afterward to suit tenant requirements. 
 
 The weight of the “United Metal Partition” does not exceed five pounds to 
 the square foot, so there is no need to build heavily constructed floors which are 
 necessary where heavy tile and plaster walls are used. 
 
 The “United Metal Partition” can be set up and taken down without damage 
 to walls, floors or ceilings. The parts can be moved and stored in a very small 
 space, and can be reset without damage to the finish or waste of the material. 
 Adjustment to varying conditions is also a special feature. 
 
 The high cost and scarcity of building labor together with the inconvenience 
 and expense of pulling down and rebuilding tile and plaster walls in an occupied 
 office or warehouse building, make it imperative that the architect and building 
 owner investigate the “United Metal Adjustable Partition” before deciding on 
 the type of subdividing wall material to be used in the building. 
 
 See pages 23 and 25 for details. 
 
 24 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 c* 
 
 PARTITION TYPEi 
 
 •PIO- 
 
 Note: — See Page 23 for Sections 
 
 ' C* PARTITION TYPE •PJl' 
 
 PARTITION TYPE 'PI 2' 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Underwriters’ Laboratories'Label Service 
 
 as applied generally to all industries 
 
 Purpose of the Label Service 
 
 The Label Service is designed to provide a 
 means whereby materials, classified as standard 
 by the Laboratories as a result of examination 
 and test of samples, are so constructed that the 
 specified standards of quality and performance 
 are maintained for product placed on the market 
 and whereby such product may be readily identi¬ 
 fied by purchasers, property owners, inspection 
 authorities and others interested. 
 
 The Label Service consists of Factory Inspection 
 of work while in process of manufacture, inspection 
 of products at factories and the labeling of standard 
 product, also field follow-up work with check 
 tests on labeled product when reviewed where 
 installed. 
 
 Experience has shown that the label service is 
 in every way superior for the purpose of bringing 
 to the consumer the article he desires, for the 
 purpose of placing competition between manu¬ 
 facturers beyond the point where deterioration in 
 the quality of the product is made necessary, and 
 for the proper protection of the Laboratories and 
 the organizations cooperating with them and 
 
 which are giving substantial recognition to efficient 
 fire protection and accident prevention appliances. 
 
 Labeled products are not necessarily uniform 
 in quality or merit. Labeling indicates only 
 compliance with the standards of the Laboratories 
 for the product labeled, and labels may be applied 
 at the factory of the manufacturer, to such of his 
 product only as conforms in all respects to the 
 standards of the Laboratories. The Underwriters’ 
 label attached to any product is evidence of the 
 fact that such product has been inspected during 
 fabrication and after its completion and that it 
 has been manufactured in accordance with ap¬ 
 proved standards. 
 
 Before permission is given a manufacturer to 
 label his product, it is necessary for him to send 
 samples of such product to the LTnderwriters’ 
 Laboratories for inspection and test. If the test 
 shows that the product is fabricated in accordance 
 with approved standards and meets with definite 
 specified requirements, such product can be 
 labeled, but only when the fabrication is done 
 under the supervision of the Underwriters’ in¬ 
 spector. 
 
 Actual photograph showing a pair of “United” 
 doors and frame after being tested at the Underwriters’ 
 Laboratories. 
 
 \ 
 
 26 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Underwriters^ Label Service 
 
 (Continued) 
 
 The doors shown on opposite page were in¬ 
 spected and tested by the National Board of Fire 
 Underwriters, and the cut shows the actual appear¬ 
 ance of the doors after the fire and water test. 
 
 The doors were manufactured in accordance 
 with our standard practice for a vertical shaft 
 opening and with the specifications shown else¬ 
 where in this handbook. The general character 
 of the test was as follows: 
 
 The doors were hung to a pressed steel jamb or 
 frame, made from No. IS gauge (U. S. Standard) 
 steel. This jamb was attached to a rough buck 
 made from No. 14 gauge (U. S. Standard) steel. 
 See cut U 1 page 15 for drawing showing similar 
 construction. Doors were made from No. IS 
 gauge (U. S. Standard) furniture stock steel, and 
 attached to the frame with 5 inch x 5 inch loose pin 
 steel butts. (See page 10 for cut showing con¬ 
 struction of door). The lock was of standard 
 make, with latch bolt having ^ inch throw. 
 
 The standard fire test of a door consists of the 
 application of fire to one side of it when mounted 
 in the movable front of a furnace which has been 
 standardized for tests of this character. 
 
 The test is of one hour duration. The tempera¬ 
 ture is increased rapidly in the first five minutes 
 and then more gradually to 1700° F. by the end 
 of the test. 
 
 Provision is made for observing both sides of 
 the sample during the test and indicating the 
 temperatures on both sides of it. The tempera¬ 
 tures are measured in degrees Fahrenheit. 
 
 The fire stream test consists of the application 
 of a fire stream to the exposed side of the sample 
 immediately after the fire test. 
 
 Samples are tested in a furnace which consists 
 
 of a shallow combustion chamber approximately 
 16 inches deep, 12 feet wide and 12^ feet high, 
 communicating at the bottom with a pit 19 inches 
 wide X 36 inches in depth. The chamber is en¬ 
 closed by a solid brick wall at the back and one 
 end, and by movable brick walls in steel frames at 
 the front and other end. The movable walls are 
 suspended from overhead steel beams by trolleys, 
 the wall forming the front of the furnace being 
 provided with an opening of the size of the sample 
 tested. The top of the furnace consists of heavy 
 fire clay blocks containing six vents leading to a 
 stack. The vents are provided with dampers 
 made of fire resisting material. Each end wall of 
 the furnace is provided with four observation holes 
 glazed with mica and so arranged that all parts 
 of the interior combustion chamber and the ex¬ 
 posed face of the test sample may be observed. 
 
 The cut shown on opposite page is an actual 
 photograph of a pair of doors which were tested 
 under the conditions just described. The photo¬ 
 graph was taken after the doors had gone through 
 the fire and water test. The appearance of the 
 doors after being subjected to standard fire condi¬ 
 tions for one hour, and at a temperature rising 
 from 1000° F. in the first five minutes to 1700° F. at 
 the end of one hour, is evidence of the fact that 
 the construction must be perfect in every detail. 
 The severity of the water test itself, which con¬ 
 sisted of a stream of water being played over the 
 red hot surface of the door at a pressure of 30 lbs. 
 from a distance of 20 feet from the doors, is mute 
 evidence of the thought and care given to every 
 detail of construction of the U. M. P. door. The 
 expansion and contraction to be overcome under 
 such extreme opposite conditions are details th'at 
 have been worked out with the greatest care. 
 
 27 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Underwriters^ Label Service 
 
 (Continued) 
 
 Fire Wall Doors. 
 Class “A” Labels. 
 
 Underwriters’ Laboratories, Inc. 
 
 Inspected 
 
 Fire Door for Opening in Fire Wall. 
 No. 
 
 Size of single doors not to exceed 4 feet in width 
 or 8 feet in height, double doors not to exceed 
 8 feet in width or 8 feet in height. Doors must be 
 13 ^ inches thick with stiles and rails 6 inches 
 wide and may be made in one panel design, or 
 subdivided into any number of panels desired. 
 The panels must be metal, (no glass being allowed). 
 Astragals are required on both doors. The doors 
 are hung to a No. 1(3 gauge cabinet jamb which is 
 attached to a rough buck made from No. 10 gauge 
 (U. S. Standard) steel. The buck should be the 
 same width as wall and must be set and anchored 
 in place as walls are being built. 
 
 Hardware Requirements 
 
 If the doors are single, the following hardware is 
 required. Butts 5 inches x 5 inches ball bearing, 
 (must be steel). Lock must be of the 3 point 
 type (Underwriters’ inspected). Door check with 
 fusible arrangement in arm is recommended. 
 
 If doors are in pairs, one leaf must be provided 
 with shot bolts of the flush type, and in addition 
 to the other items noted for single doors there 
 should be a retarding device provided for the 
 purpose of holding the service door in an open 
 position until the other door has closed. Door 
 stiles, rails and panels must be asbestos lined. 
 
 Vertical shafts, stairways, 
 pipe shafts, etc. 
 
 Class “B” labels. 
 
 Underwriters’ Laboratories, Inc. 
 
 Inspected 
 
 Fire Door for Opening in Vertical 
 
 Shaft 
 
 No. 
 
 Size of single doors not to exceed 4 feet in width 
 or 8 feet in height. 
 
 Double doors must not exceed 8 feet in width or 
 8 feet in height. Doors may be inches or 
 1^4 inches thick and may be made in one panel 
 design, or may be subdivided into any number of 
 panels. Panels must be metal. (No glass al¬ 
 lowed). Double doors must have astragal on one 
 side at least. 
 
 Hardware Requirements 
 
 5 inch X 5 inch steel butts (ball bearing) are 
 recommended. 
 
 Locks or latches with % inch bolt throw should 
 be used. 
 
 Double doors must be provided with flush shot 
 bolts and retarding device should also be used 
 when doors are in pairs. Transoms not allowed. 
 Door stiles, rails and panels must be asbestos lined. 
 
 28 
 
THE UNITED METAL PRODUCTS CO. 
 
 C\NTON, OHIO 
 
 Underwriters’ Label Service 
 
 (Continued) 
 
 Exterior Fire Escapes. 
 Class “E,” “F” labels. 
 
 Underwriters’ Laboratories, Inc. 
 
 Inspected 
 
 Fire Door 
 
 For Opening to Exterior Fire Escape 
 No. 
 
 Size of single door not to exceed 4 feet in width 
 or 8 feet in height. Double doors not to exceed 
 8 feet in width or 8 feet in height. Stationary 
 transoms are allowed providing the total masonry 
 opening does not exceed 8 feet in width or 8 feet in 
 height. Transom must be stationary and cannot 
 be labeled. 
 
 Glass panels are permissible where the glass 
 size does not exceed 720 square inches. The 
 overall glass size must be at least 13 ^ inch greater 
 in width and height than the daylight or exposed 
 glass area. Wire glass must be used. Astragals 
 must be placed on at least one side of all doors in 
 pairs. 
 
 Hardware Requirements 
 
 5 inch X 5 inch (ball bearing) butts are recom¬ 
 
 mended, either steel with heavy bronze plating, or 
 steel galvanized. Where solid bronze butts are 
 used, steel studs must be placed in the hinge jamb, 
 with corresponding cups in door. These studs 
 should be located close to the butts. 
 
 Any good heavy lock or latch can be used which 
 has a bolt throw of ^ inch. The lock must be 
 arranged so that the door can be opened from the 
 inside of the building by a single operation of the 
 knob or handle. 
 
 Where doors are in pairs, a retarding device 
 should be provided to hold the service door open 
 until the other door has closed. Door checks 
 with fusible link in arms should be furnished for 
 all fire escape doors. 
 
 Exterior Doors. 
 (Not fire escapes) 
 Class “D” label. 
 
 Underwriters’ Laboratories, Inc. 
 
 Inspected 
 
 Fire Door 
 
 For Openings in Exterior Walls 
 No. 
 
 Specifications for exterior doors are similar in all respects to that for ex¬ 
 terior fire escapes, except that no glass can be used for panels and no transoms 
 are allowed. Stiles, rails and panels must be asbestos lined. 
 
 29 
 
THE UNITED METAL PRODUCTS CO. 
 
 Underwriters’ Label Service 
 
 (Continued) 
 
 Corridor and Communicating Doors 
 and Doors in Room Partitions. 
 
 Class “C” label. 
 
 Underwriters’ Laboratories, Inc. 
 
 Inspected 
 
 Fire Door 
 
 For Openings in Corridor or Room 
 Partition 
 No. 
 
 Size of single doors up to 4 feet in width and 
 8 feet in height. Double doors up to 8 feet in 
 width and 8 feet in height. 
 
 The above sizes can be increased within reason¬ 
 able limits for this type of opening. 
 
 Glass panels in doors are not to exceed 1296 
 square inches. Size given is the overall glass size, 
 which must exceed the daylight or exposed glass 
 area 1}^ inches in width and height. 
 
 Doors in pairs should have at least one astragal. 
 Butts, locks and other items of hardware recom¬ 
 mended for other types of openings are satisfactory 
 for this type. 
 
 
 The elevator enclosures for this building were 
 furnished complete by The United Metal Products 
 Company. 
 
 Unit Frames 
 
 Labeled unit frames of pressed steel, combining 
 buck, jamb and casing can be furnished for practic¬ 
 ally any type of door opening. Size up to 8 feet 
 in width and 10 feet in height where transoms are 
 permissible. 
 
 Overall thickness of wall cannot be less than 
 inches including plaster. 
 
 Gauge of metal No. 10-11-12-13-14-15 or 16. 
 
 
 Insurance Exchange Building 
 
 Des Moines, Iowa 
 
 Boyd & Moore A. H. Neuman & Co., 
 
 A rchitects Contractors 
 
 30 
 
Abram Garfield 
 A rchitect 
 
 The Stern & Mann Store 
 
 Canton, Ohio 
 
 Melbourne Construction Co. 
 Contractors 
 
 
 Photographic reproduction of an 
 installation of the four leaf, two 
 speed and center closing type of 
 elevator enclosure, furnished and 
 installed by The United Metal 
 Products Company in the new 
 Stern & Mann Store Building, 
 Canton, Ohio. 
 
 These doors are opened and 
 closed very quickly by a pneu¬ 
 matic device which operates from 
 the car. As a consequence, pas¬ 
 sengers are handled with maximum 
 speed. 
 
 % 
 
 1 
 
 SCSOSSSBSSi ISOS 
 
 . 
 
 rooQ ' jjjjjjjjiaMlMaui tiSIg 
 
 Elevator Enclosure, Stern & Mann Store Bldg., Canton, Ohio 
 
 31 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 i 
 
 In ordering hardware it is very essential that the type of meeting stile re¬ 
 quired be taken into consideration. 
 
 No. 1—May be used in apartment dwellings or inner office rooms, it is not 
 desirable, however, to use this type of meeting stile without an astragal. Lock 
 bolts will not engage properly in the strike plates unless there is an astragal 
 to stop the door in a given position. 
 
 No. 2—Is used when doors are of the double acting type. 
 
 No. 3—Is used where both doors are active. The V type meeting stile is 
 recommended when panic hardware is specified and astragals are not permitted. 
 
 No. 4—Shows the type of meeting stile used for class “A” Fire-Wall doors. 
 The doors must have an astragal on both sides. 
 
 No. 5—Shows the type of meeting stile required for a Vertical shaft, Fire- 
 Escape or corridor opening when the door bears the Underwriters’ Label, an 
 astragal must be attached to at least one side of the opening. 
 
 No. 6—Shows a rabbeted meeting stile which is quite often used for folding 
 doors or where pairs of doors have a simple locking device. 
 
 Where both doors are active and any type meeting stile used other than 
 No. 2 or No. 3 a retardant device should be installed to hold the service door in 
 an open position until the other door has closed, otherwise, the doors will over¬ 
 lap and the astragal will be damaged, the finish will also be marred. 
 
 Where panic hardware is used No. 2 and No. 3 types of meeting stile should 
 always be used. 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Hardware 
 
 Before fabrication of Hollow Metal doors, 
 frames or sash can be started, it is absolutely 
 necessary that the manufacturer be furnished with 
 a complete schedule enumerating all the different 
 items of hardware that are to be applied to each 
 door, frame or sash. With this schedule must be 
 sent a template (either blue print or metal) of all 
 the various items that are to be mortised into the 
 work. 
 
 It is customary to apply all mortise and surface 
 hardware, that will not interfere with crating of 
 materials, to metal doors before shipment is made 
 from the manufacturer’s factory. For this reason, 
 all hardware (except door checks, transom opera¬ 
 tors, and such other items as must be applied in 
 the field after the doors are erected) should be 
 sent to the manufacturer’s factory in ample time 
 so that delays in shipment of finished materials 
 will not occur. 
 
 It is essential that all hardware of the mortise 
 type, that is to be applied to metal doors, be made 
 to template, and that all items of hardware be 
 template drilled. Hardware manufacturers are 
 prepared to furnish on short notice, blue print 
 templates of practically any item of standard 
 hardware that might be selected for use on Hollow 
 Metal doors, and can deliver within a reasonable 
 
 time such hardware of this type as may be required. 
 
 All hardware that is to be applied to the doors 
 before shipment, should be sent to the manu¬ 
 facturer’s plant (transportation charges prepaid) 
 three to four weeks prior to scheduled date of 
 shipment of materials. Door checks, brackets, 
 and transom closers should be shipped direct to 
 the building, and not to the manufacturer’s plant. 
 
 Much delay in shipment of Hollow Metal ma¬ 
 terials could be avoided if the contract for hard¬ 
 ware was placed earlier than it usually is, and if 
 the hardware contractors were urged to speed up 
 delivery of hardware schedules, templates, and 
 finished hardware. 
 
 Where the Hollow Metal door manufacturer 
 fails to get his materials to the building on time, 
 the delay is caused nine times out of every ten 
 by the lack of the hardware or hardware informa¬ 
 tion. 
 
 It is imperative that finished hardware of the 
 mortise type especially, be installed on the doors 
 before shipment, and for this reason the hardware 
 manufacturer should be given ample time to get 
 out the various items of hardware so that they 
 will be on hand when the doors are fabricated and 
 ready for them. 
 
 33 
 
6— Right Hand Reverse . 
 
 7— Left Hand Reverse Pair. 
 
 13 
 
 14 - 
 
 
 
 -- 
 
 -- 
 
 -L*'’-n 
 
 
 
 
 
 
 
 o 
 
 - □ _ 
 
 
 □-□ 
 
 n 
 
 DIAGRAM FOR SLIDING DOORS 
 
 16 
 
 15— Two-third Door Right Hand Slide. 
 
 16— Two-third Door Left Hand Slide. 
 
 17— Double Door Opposite Direction Slide. 
 
 1 !—.‘^ingle Door Right Hand Slide. 
 1 f - Single Door Left Hand Slide. 
 
 34 
 
35 
 
 Photograph ot Exhibit at the Architectural and'Allied Arts Exposition 
 Grand Central Palace, New York City April 20 to May 2, inclusive, 1925 
 
THE UNITED METAL PRODUCTS CO'. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 In planning the construction of a modern 
 building there are many and varied conditions 
 that the architect must work out in his mind 
 before he starts to draw the plans. Among the 
 first things to demand his attention are the ele¬ 
 vators and enclosures. We will leave the subject 
 of elevators to the elevator contractor, and confine 
 ourselves to a brief discussion of elevator enclosures. 
 
 On the following page are shown 18 types of 
 doors most commonly used in connection with 
 elevator enclosures. These doors are very similar 
 in design to the swing doors shown on page 13, 
 except that the standard thickness for elevator 
 doors is 13/2 inches, whereas the swing doors are 
 1^ inches thick. 
 
 The construction of both swing and slide doors 
 is carried out in exact accordance with the standard 
 specifications given elsewhere in this handbook. 
 Care being taken to see that the Underwriters’ 
 requirements are embodied in the construction of 
 all doors. 
 
 We are in a position to furnish Underwriters’ 
 labels on practically any type of elevator en¬ 
 closure installation, including bucks, jambs, and 
 doors. All doors shown on page 37 can be labeled 
 for an elevator shaft except those that have glass 
 panels. 
 
 When specifying elevator enclosures with Under¬ 
 writers’ label, the architect is assured of getting 
 the highest type of fire resisting doors and frames, 
 the construction of which has been tested under 
 conditions described elsewhere in this handbook 
 and the fabrication of which is carried out under 
 
 the supervision of the Underwriters’ Laboratories 
 Inspector. 
 
 Unless elevator doors are built to resist fire, 
 there is no justification for using metal in their 
 construction and the only proof that a metal door 
 will resist fire lies in the fact that its construction 
 has been tested under the worst kind of fire condi¬ 
 tions. The Underwriters’ label on a metal door is 
 evidence of the fact that its construction has 
 undergone such a test. 
 
 We strongly recommend that all work in con¬ 
 nection with elevator enclosures be let under one 
 head. Including doors, frames, sills, hangers, 
 closers and glass. This plan places the responsi¬ 
 bility with one contractor and results in a more 
 satisfactory installation. 
 
 On the pages following we have shown in detail 
 the layout of various types of elevator enclosures. 
 We have confined ourselves to details and informa¬ 
 tion necessary for laying out the elevator enclosure 
 work only. 
 
 We recommend consultation with the elevator 
 contractor before laying out the shaft. Much 
 trouble and inconvenience will be avoided if this 
 course is followed. The capacity of the car is 
 limited to the size of shaft. Furthermore, it is 
 necessary to plan the type of car and enclosure 
 suitable for the volume of traffic to be handled. 
 
 Doors shown on adjoining page are standard 
 “United” types. Where two designations are 
 shown for one type the following schedule will 
 explain the panel arrangement. 
 
 El 
 
 Two Panel All Metal 
 
 E5 
 
 Two Panel All Metal 
 
 E2 
 
 Two Panel Upper Glass 
 
 E6 
 
 Two Panel Upper Glass 
 
 E3 
 
 One Metal Panel 
 
 E7 
 
 Two Panel All Metal 
 
 E4 
 
 One Glass Panel 
 
 E8 
 
 Two Panel Upper Glass 
 
 36 
 
THE UNITED METAL PRODUCTS CO 
 
 CANTON, OHIO 
 
 E 16 
 
 L-12 
 
 E-11 
 
 E-17 
 
 E15 
 
 E-11 
 
 E-12 
 
 E13 
 
 E-14 
 
 E-18 
 
 E-19 
 
 E-20 
 
 37 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosure Specifications 
 
 The following specifications will briefly cover materials required for a complete 
 elevator enclosure installation, all of which should be specified 
 under one head, so that responsibility for proper service 
 is placed with one manufacturer. 
 
 Rough Bucks are manufactured from either 
 No. 14, 12 or 10 gauge steel. Bucks are bolted to 
 sill and set before walls are built. The angle 
 reinforcement for hanger extends the full width 
 of hanger plate and should not be less than 3 inches 
 X 6 inches. 
 
 Combination or Unit Frames (when used in 
 place of rough bucks and cabinet jambs) are 
 manufactured from No. 14, 12 or 10 gauge (U. S. 
 Standard) steel, cold rolled, furniture stock. 
 Where a profile or casing member is required as a 
 part of the unit frame, the gauge is No. IG. A 
 casing member may be attached with concealed 
 fastening to the frames manufactured from the 
 heavier gauge. 
 
 Cabinet Jambs should be provided where a 
 rough buck is used and when the walls are not in 
 excess of d }/2 inches thick, cabinet jambs may be 
 manufactured from No. 18 gauge (U. S. Standard) 
 steel. When walls are over 5 }/^ inches thick the 
 gauge should not be less than No. 16. Furniture 
 stock steel is used for jambs. 
 
 Doors are to be made to detail as shown by 
 architect. Gauge of metal should be No. 18 
 throughout, with proper reinforcements at all 
 points where necessary for the attachment of 
 hardware. Doors manufactured from metal heav¬ 
 ier than No. 18 gauge should not be used, for the 
 
 reason that the life of the hanger will be materially 
 shortened with an excessively heavy door and the 
 closing device will not function as well. Special 
 guides in sill grooves are securely fastened to 
 bottom of doors to insure noiseless and easy 
 operation. 
 
 Casings should be made from No. 18 gauge 
 strip steel. Manufacturers’ stock shapes should 
 be specified. Casings to be applied with con¬ 
 cealed clips. 
 
 Hinged Cover Plate for hanger should be made 
 of No. 14 or No. 12 gauge metal. Where the 
 width of cover plate exceeds 12 inches the metal 
 should not be less than No. 12 gauge (U. S. 
 Standard). 
 
 Facia Plates should be made from No. 14 or 
 No. 12 gauge plates properly reinforced. The 
 width should approximate the width of car. 
 Facia plates should extend from top of hanger 
 cover plate to the sill above. 
 
 Sills. Cast iron or bronze sills, should be 
 made full width of jamb (unless the walls are in 
 excess of 73/2 inches thick) with necessary exten¬ 
 sion into shaft to accommodate doors and clear¬ 
 ance for closer arm. (See details on elevator 
 layout for dimensions). Grooves in sills should 
 be machine milled and must be straight and true. 
 
 38 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosure Specifications 
 
 (Continued) 
 
 Hangers. Type should be specified and ex¬ 
 treme care should be taken in the selection of 
 same. A poor hanger will ruin a good enclosure. 
 
 Closer. Type should be specified and care 
 should be taken to select the best. 
 
 Angle Iron Support for Closer should be 3 
 inches x 3 inches when closer is manually operated, 
 and 4 inches x 4 inches when automatic. The 
 angle support should extend from sill to buck exten¬ 
 sion angle which carries the hanger, and should be 
 bolted to both. (See details on elevator layouts 
 for location). 
 
 Interlocks should be furnished in connection 
 with all types of elevator openings, and should be 
 electrically operated rather than mechanical. 
 Interlocks used in connection with closers are the 
 most convenient and economical. Consult ele¬ 
 vator contractor for kind of interlock required for 
 an elevator of the push button type. 
 
 Emergency Switches in cars are necessary 
 where electric interlocks are used. 
 
 Foot Trips should be provided in all cars, and 
 striker plates placed on all first floor doors, so 
 that doors can be held in an open position for the 
 loading and unloading of passengers. Striker 
 plates should be furnished on all floors where the 
 cars are used for carrying freight. 
 
 Rack and Pawl should be fixed to sill and doors 
 of all openings to prevent doors being opened 
 before closer arm has assumed a closed position. 
 
 Bumpers with rubber tips should be provided 
 at the rear of all doors, no matter what kind of 
 
 closing device is used. No bumpers are needed 
 at the front or on strike jamb, except where bar or 
 gravity locks are used. A door provided with 
 closer does not require a bumper on strike jamb. 
 
 Cup Pulls on the corridor side and bar pulls 
 on the shaft side are required when the elevator 
 is of the push button type. These are located on 
 the front stile of door nearest shaft. 
 
 Glazing should be done by the enclosure con¬ 
 tractor, or under his supervision. Glass should be 
 set in putty with short rubber inserts located at 
 both sides of glass where screws occur in the loose 
 stop. The space between rubber inserts should be 
 filled with putty, which should be colored to match 
 finish of doors. Continuous rubber channels are 
 not recommended for glazing elevator doors, 
 owing to quick deterioration. 
 
 In laying out the elevator shaft, care must be 
 taken to see that sufficient room is left at the back 
 of doors when in an open position, to receive the 
 angle support for door closer. When the closer 
 is of the manually operated type, this space should 
 be 73 ^ inches, and when of the automatic type, 
 a space of 8)4 inches should be provided. When 
 the space noted above is not available at back of 
 door when in an open position, the closer may be 
 located at rear between face of doors and shaft, 
 but a clear space of not less than inches should 
 be maintained between the car platform and wall 
 adjoining. 
 
 The distance between car platform and sill 
 should be 1)4 inches. 
 
 39 
 
THE UNITED METAL PRODUCTS CO. 
 
 Elevator Enclosures 
 
 The Two Speed Enclosure shown at the right is one that is quite commonly 
 used in all classes of buildings. The doors are easily and quickly operated and 
 take up but small space when in an open position. The tracks and hangers on 
 which the doors are carried, are simple in construction and not easily damaged 
 or put out of adjustment. When a bar lock or gravity lock is used gears are 
 necessary in the hangers, but when a closer is used gears are not required. 
 
 Republic Building 
 
 Dallas, Tex. 
 
 C. I). Hill Company Inge Construction Co., 
 Architects Contractor 
 
 I 
 
 The elevator enclosures in this building 
 (over one hundred openings) have been 
 furnished by The United Metal Products 
 Company. U. M. P. quality was the de¬ 
 termining factor in the selection. 
 
 The Southern Ornamental Iron Company 
 of Dallas, Texas, erected the ornamental 
 iron work and elevator enclosures. 
 
 
 42 
 
THE UNITED METAL PRODUCTS GO. 
 
 CANTON, OHIO 
 
 S CAUi. 1- 0 
 
 A 
 
 I 
 
 4.3 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 Center Closing doors are commonly used when there is sufficient space 
 at both sides of the opening to accommodate the doors in an open position. 
 Cars can be loaded and unloaded very rapidly with this type of opening. The 
 same kind of closing device can be installed on center closing doors as that 
 described for the two speed type. The hangers however must have gears or 
 chain device with all types of closers. 
 
 Board of Trade Office Building 
 
 Kansas City, Mo. 
 
 McKechnie & Trask, Pratt-Thompson Construction Co., 
 
 Architects. Contractors. 
 
 The elevator enclosures installed in this building were furnished by The 
 United Metal Products Company. U. M. P. quality product was demanded and 
 nothing less acceptable. 
 
 The ornamental iron work including the erection of elevator enclosures 
 was done by the Southwest Wire & Iron Works, Kansas City, Mo. 
 
 44 
 

 
 
 
 
 C-UtVAT'O/^ 
 
 Ci.o;i/^(q LLt-VAjOtb f./llCLO/UE£. 
 /CALt. |’•l'-o■ 
 
 PLAN 
 5 CALL i’- 10' 
 
 i 
 
 1 
 
 1 
 
 45 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 The Single Slide and Swing Enclosure shown on the adjoining page is 
 very commonly used for Warehouse and Loft service, where the cars are used 
 for freight purposes, or for both passengers and freight. Both doors can be 
 opened outward, thus leaving the entire opening clear, for the loading and un¬ 
 loading of freight or furniture. Flush bolts are required for swinging leaf and 
 as guides in sliding door. 
 
 The stairway and elevator shafts 
 in this building were enclosed with 
 a metal and glass partition running 
 all the way from the basement to the 
 top floor. U. M. P. quality product 
 was selected. 
 
 
 Philip H. Johnson 
 A rchitect 
 
 Temple University 
 
 Philadelphia, Pa. 
 
 F. W. Mark Construction Co., 
 Contractors 
 
 46 
 
47 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 Two Speed and Swing doors are installed where the elevator is used for 
 freight or for the combined purpose of carrying freight or passengers. The 
 swing door can be opened out, and with the use of a special pivoting device in 
 the track, the sliding doors can also be opened out at a right angle to the car 
 platform, thus leaving the entire opening clear for the loading and unloading of 
 car. 
 
 When doors of this type are used, it is necessary to provide flush bolts top 
 and bottom of the swinging leaf. These bolts hold the door in a closed position. 
 Flush bolts are also used for guides in the front edge of sliding doors. This is 
 done so that bolts can be retracted when doors swing out. 
 
 A closing device similar to that used for two speed doors can be furnished 
 for operating the sliding doors on this type of enclosure. A special device is 
 provided to permit of the detachment of closer arm when sliding doors are 
 opened outwards. 
 
 Lansburg Store 
 Washington, D. C. 
 
 Milburn & Heister Co., Parsons & Hyman, 
 
 A rchitects. Contractors. 
 
 The elevator and stair enclosures in the Lansburg Store Building were 
 furnished by the United Metal Products Company. 
 
 48 
 
PLAN 
 iC ALE. 10 
 
 J 
 
 49 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 Center Closing and Swing Doors are used when a wide opening is required 
 to a car built for both passenger and freight traffic, and where shaft conditions 
 will permit the operation of this type of enclosure. 
 
 The hanger is of the center closing type, with gears, but provided with a 
 pivoting device. The closer arm is constructed so that it can be detached from 
 the sliding door, thus permitting it to open outwards with the swinging door. 
 
 The pivoting device in hanger which is used in connection with this type of 
 door is similar to that described for two speed and swing doors, or slide and 
 swing doors. 
 
 Frank V. Newill 
 Architect 
 
 Fleetwood Hotel 
 
 Miami Beach, Florida 
 
 Geo. W. Langford Co., 
 Contractors 
 
 U. M. P. quality elevator enclosures were furnished for this magnificent winter hotel 
 
 50 
 
51 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 When a wide elevator 
 opening is required and 
 the space to accommodate 
 two doors in an open 
 position is limited, three 
 speed doors are recom¬ 
 mended. 
 
 A pneumatic device 
 should be used for operat¬ 
 ing the doors, as manual 
 operation is difficult. 
 
 m*:: 
 
 ^ ■ 
 
 W t “ 
 
 . ^ 
 
 3 * i t ' 
 
 l 3 1 i'J: 
 
 fli j < 3 : 
 
 3 • ,,, , 
 
 * 3 . -v,., 1 
 
 Alt 
 
 N; 'v 
 
 1 hN| ^ 
 A -’'i 
 
 ,qi!, 1 
 
 r:>'irh 
 
 •” -S’fi 
 
 »!« 3 « 
 
 ,n I- ' 
 
 -.y^y PA ’ 13 
 
 *» -i Jv 
 
 • - ’ V>^ ' ^ ^ ^ V 
 
 ' 5 ^ ,, s, 
 
 ■> ^ 3 *^ ;• *1 A r! '1 ** V. 
 
 !?a s' ^-1 ^<4 <" 
 
 j ’I ;j’’ 
 
 SB 
 
 
 *i 
 
 ^.3 13 yi SjiU, 
 
 ,, * 3 III ^» 3 . 
 
 33 Vi r* 'Ala „ 
 
 ^-3.3 'If 3j 55 13 
 
 Holabird & Roche, 
 A rchitects. 
 
 Morrison Hotel 
 Chicago, Ill. 
 
 John Griffith & Son Co., 
 Contractors. 
 
 The elevator shafts in this modern Skyscraper Hotel are 
 protected with U. M. P. doors and trim. 
 
 52 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 P LA N 
 
 53 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Elevator Enclosures 
 
 Four-Leaf, Two Speed Center Closing Doors 
 
 are very commonly used in large store buildings or 
 where the volume of passenger traffic demands 
 the most efficient mode of handling. The doors 
 operate in pairs in opposite direction and in the 
 same manner as the two speed type. 
 
 Doors of this type are usually operated from the 
 car by a special device, which opens and closes the 
 doors automatically. This device has been de¬ 
 veloped to a degree of perfection where it is almost 
 human in its working. The pushing of a button 
 or the turning of a lever in the car is all that is 
 required to open or close the doors. 
 
 If contemplating the installation of this type 
 of enclosure we strongly recommend to the archi¬ 
 tect that he obtain expert advice before laying 
 out the elevator shafts. Such advice will be freely 
 
 given by the elevator or closer manufacturer, or 
 we gladly and freely give the benefit of our ex¬ 
 perience with this class of work to anyone seeking it. 
 
 We strongly recommend that the construction 
 of doors for this type of elevator enclosure be in¬ 
 vestigated with more than ordinary care, as the 
 doors must be rigid to marked degree and the 
 entire enclosure must be built and installed with 
 extreme care, if the completed installation in¬ 
 cluding the operating mechanism is to give perfect 
 service. 
 
 Where the contract for a complete installation 
 of this special character is placed in our hands, we 
 guarantee perfect satisfaction. 
 
 See page 38 for specifications covering elevator 
 enclosures generally. Write us for additional in¬ 
 formation, if contemplating an installation of this 
 type. 
 
 Smith & IVIay 
 A rchitects 
 
 Bernheimer-Leader Store 
 
 Baltimore, Md. 
 
 M. A. Long Co., 
 Contractors 
 
 Four leaf two speed center closing doors were furnished by The United Metal 
 Products Co., for this magnificent store building. The four leaf type of en¬ 
 closure gives the maximum accommodation for the quick handling of passengers. 
 
 54 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 i CAUE. ^ = 1-0’ 
 
 00 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Finish Classification 
 
 Class “A” Plain or Solid Colors 
 
 No. 
 
 1. 
 
 Medium Green 
 
 No. 
 
 2. 
 
 Dark Green 
 
 No. 
 
 3. 
 
 Light Maroon 
 
 No. 
 
 4. 
 
 Dark Maroon 
 
 No. 
 
 5. 
 
 Black 
 
 No. 
 
 6. 
 
 Dark Brown 
 
 No. 
 
 7. 
 
 Dark Olive Green 
 
 No. 
 
 8. 
 
 Chocolate 
 
 No. 
 
 S-A. 
 
 Brown 
 
 Class “B” Plain or Solid Colors 
 
 No. 9. Light Green 
 No. 10. Battleship Grey 
 No. 11. French Grey 
 No. 12. Light Brown and any light 
 color except Carmine. 
 
 Class “C” Plain Colors 
 
 No. 13. 
 
 White Enamel 
 
 No. 14. 
 
 Ivory Enamel 
 
 No. 15. 
 
 Cream Enamel 
 
 No. 16. 
 
 Carmine 
 
 No. 17. 
 
 Copper Verde Antique 
 
 No. 18. 
 
 Bronze Verde Antique 
 
 No. 19. 
 
 Slate 
 
 No. 20. 
 
 Light Olive Green 
 
 No. 21. 
 
 Dark Tan 
 
 Class 
 
 “D” Grained Finishes 
 
 No. 22. 
 
 Light Mahogany 
 
 No. 23. 
 
 Dark Mahogany 
 
 No. 24. 
 
 Tuna Mahogany 
 
 No. 25. 
 
 Dark Birch 
 
 No. 26. 
 
 Cherry 
 
 No. 27. 
 
 American Walnut 
 
 Class 
 
 “E” Grained Finishes 
 
 No. 28. 
 
 Medium Oak 
 
 No. 29. 
 
 Light Oak 
 
 No. 30. 
 
 Dark Oak 
 
 No. 31. 
 
 Circassian Walnut 
 
 No. 32. 
 
 Light Ash 
 
 No. 33. 
 
 Dark Circassian Walnut 
 
 No. 34. 
 
 Pine 
 
 No. 35. 
 
 Straight Oak 
 
 Class 
 
 “F” Bronze Finishes 
 
 No. 36. 
 
 Light Stippled Bronze 
 
 No. 37. 
 
 Slate Bronze 
 
 No. 38 
 
 Copper Bronze 
 
 Class 
 
 “G” Grained Finishes 
 
 No. 39. 
 
 Fumed Oak 
 
 No. 40. 
 
 Silver Oak 
 
 No. 41. 
 
 Crotch Mahogany 
 
 No. 42. 
 
 Birdseye Maple 
 
 No. 43. 
 
 Australian Mahogany 
 
 No. 44. 
 
 Marble 
 
 No. 45. 
 
 Teak 
 
 No. 46. 
 
 Rough Stipple 
 
 No. 47. 
 
 Dull Black 
 
 56 
 
MEDIUM STRAIGHT MAHOGANY 
 
 AMERICAN WALNUT 
 
 CROTCH MAHOGANY 
 
 QUARTER SAWED OAK 
 
 DARK STRAIGHT MAHOGANY 
 
 DARK CIRCASSIAN WALNUT 
 

THE UNil"‘ED METAI,- PRODUiJIS CiJ. 
 
 "“Sfitorr. OImo 
 

 \ 
 
20 LIGHT OLIVE GREEN 21 DARK TAN 47 DULL BLACK 
 
 THE UNITED METAL PRODUCTS CO., Canton, Ohio 
 

THE UNITED METAL PRODUCTS GO. 
 
 CANTON, OHIO 
 
 Conduo-Base 
 
 In discussing elsewhere in this handbook, the subdivision of space in office 
 or warehouse buildings, using adjustable metal partitions instead of tile and 
 plaster, we referred to “Conduo-Base” as a necessary part of such partition. 
 
 Until the advent of “Conduo-Base” it was necessary for the architect to 
 provide for future tenant requirements without knowing in advance what those 
 requirements would be. As a consequence, in every office building in the 
 country many miles of conduits for light and telephone service lie buried in the 
 floors and have no value whatsoever. 
 
 PATENT—- N=I4!)7 3 24 / 
 
 IUL UNI I LD metal products (D. 
 
 “Conduo-Base” is not intended to replace the entire conduit system of the 
 building, it is an extension of this system and provides within the rooms a means 
 of carrying the high and low tension wires to any point desired. 
 
 The wires are carried in feeder conduits (located in the floor fill) running from 
 the cable shaft or panel board, to a point inside the room where these conduits 
 are connected to the Conduo-Base. (See cut above.) The wires are then 
 carried round the room in the “Conduo-Base” raceway, and are made accessible 
 for outlets where required. 
 
 61 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 The Raceway is made of one piece of metal and formed into two separate 
 compartments. The upper compartment is used exclusively for light or power 
 wires up to 300 volts, and the lower compartment for telephone or other low 
 tension signal or communicating wires. 
 
 The Cover Plate is constructed so that it can be easily removed when addi¬ 
 tional outlets are required or when access to the raceway is wanted. 
 
 The Plaster Mold or top member is easily clipped in place. No screws or 
 other visible fixing is required. 
 
 The Mop Mold or bottom member is made of bronze and rests on the floor 
 or carpet. This member is fixed to the raceway with machine screws and pro¬ 
 vides protection against damage to the Base when floors are being swept or 
 scrubbed. 
 
 In office, warehouse or other buildings where the rearranging of space in 
 some part of the building is almost a daily occurrence, the use of Conduo-Base 
 is an economic necessity. The Base can be used over and over again without 
 the least waste or inconvenience. 
 
 When Adjustable Metal Partitions are used for the subdivision of space, 
 Conduo-Base is especially desirable for the reason that it not only provides a 
 neat, artistic and sanitary base for the partition itself, but it also provides a 
 raceway, or conduit for the distribution of light and telephone wires within the 
 rooms, and is absolutely fireproof. 
 
 If the location of partitions is changed, the Base can be taken down and 
 reset without the necessity of scratching or marring the finish in any way. The 
 wiring is accessible, and not buried in the floors, and can therefore be reused with¬ 
 out the waste of a foot of material. 
 
 The combined use of United Metal Adjustable Partition and United 
 
 Conduo-Base simplifies the task of the architect and the building manager, 
 insofar as providing for future tenant wiring requirements are concerned. The 
 convenience and economy resulting, make the use of this modern building com¬ 
 bination both desirable and necessary. 
 
 62 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 UNITED METAL PRODUCTS COMPANY 
 
 CANTON, OHIO 
 Patent No. 1,437,324 
 Issued Nov. 28th, 1922 
 
 UNDERWRITERS' LABORATORIES INSPECTED 
 CONDUO-BASE 
 
 ISSUE A-4 
 
 Conduo-Base is “All Metal’’ and 
 
 strictly fire proof. Every section bears 
 Underwriters’ Label as shown above. 
 
 Upper portion of Raceway is used 
 for high tension wires only, and is 
 sufiiciently large to accommodate wiring 
 for all modern office requirements, such 
 as desk lamps, adding machines, electric 
 fans, etc. 
 
 Lower Raceway is used for low 
 tension wires such as telephone, tele¬ 
 graph, messenger, annunciator, and call 
 systems. 
 
 The wiring is never left exposed 
 although always accessible by removal 
 of cover plate. New connections easily 
 made and without annoyance or trouble 
 to tenant. 
 
 Bronze mop mould furnishes pro¬ 
 tection against the broom or mop. 
 
 2 16 
 
 <^oA DUO bAXrL 
 
 63 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Specifications for Conduo-Base 
 
 Furnish and install Conduo-Base in all rooms 
 and spaces throughout the building where base 
 of other types is not shown or specified. Base 
 shall be United Metal Products Company’s 
 standard patented Conduo-Base, each section 
 bearing the Underwriters’ label. All exposed 
 surfaces must be finished to match sample fur¬ 
 nished by architect. 
 
 For each light or low tension wire Floor-Outlet 
 shown, extend one ^ inch conduit jumper from the 
 nearest Conduo-Base run and from its proper 
 potential raceway, terminate same at floor outlet 
 location, set flush with floor with its axis perpen¬ 
 dicular to same, with one adjustable floor outlet 
 fitting with blind cap. 
 
 Conduit Work for Conduo-Base: 
 
 Extend from each light switch outlet box one 
 inch feeder conduit to the upper section of 
 special outlet box which is attached to and forms 
 part of raceway. See page 69 for cut showing 
 type of box referred to. This box will be furnished 
 by the Conduo-Base manufacturer. Extend from 
 the nearest low tension panel or junction box at 
 least one ^ inch feeder conduit to each suite of 
 rooms, connecting same to the lower raceway of 
 outlet box mentioned above. 
 
 (Note: —It is recommended that the above conduit 
 feeders, be made at columns, outside walls or permanent 
 partitions where same are not likely to be removed by changes 
 or rearrangements of suites of rooms. Feeder conduits of 
 both light wire and low tension wires to Conduo-Base should 
 be made of number and size so that each isolated run of 
 Conduo-Base or each suite of rooms has ample and inde¬ 
 pendent feeder capacity.) 
 
 At every door opening, at every low set-radiator, 
 and at every other point where the continuous 
 run of Conduo-Base is intercepted by an 
 opening or otherwise, jumper both raceways 
 of Conduo-Base with ^ inch conduits across 
 the opening or interception, so that each 
 isolated run of Conduo-Base in every suite 
 of rooms is properly connected with the sec¬ 
 tion of Conduo-Base equipped with the 
 feeder conduits. 
 
 (Note:—Where jumper con¬ 
 duits terminate in partitions 
 that are likely to be removed at 
 a future date, we recommend 
 the use of cast elbows and 
 nipples, with the conduit proper 
 finishing at floor level so that it 
 can be capped.) 
 
 Conduo-Base Installation: When the plas¬ 
 tering and floor work is completed install Conduo- 
 Base in the fol¬ 
 lowing manner: 
 
 Attach raceway 
 to plaster ground 
 with round head 
 wood screws 
 through clips 
 which are spot 
 welded to the 
 raceway, special 
 care must be ex¬ 
 ercised to main¬ 
 tain true align¬ 
 ment, elevation 
 from floor and 
 projection from 
 plaster line, 
 strictly as per 
 manufacturer’s 
 full size details. 
 
 64 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Specifications for Conduo-Base 
 
 (Continued) 
 
 When all raceways are installed, wiring in same 
 completed and approved, install Conduo-Base 
 finishing members as per manufacturer’s standard 
 directions, with all exposed joints well made, 
 corners neatly fitted and finished surfaces kept 
 unmarred in strict cabinet quality of workmanship. 
 
 Electrical Requirements. The entire in¬ 
 stallation of Conduo-Base shall be made in strict 
 accordance with the Underwriters’ rules and 
 regulations, with continuous unbroken grounding 
 of every isolated run of base, with all wiring 
 within free from grounds. 
 
 Conduo-Base is made up of four distinct and 
 separate members. The Raceway is formed to 
 the proper detail from one continuous piece of 
 No. 18 gauge (U. S. Standard) steel and is shipped 
 in 10 ft. lengths. 
 
 The Cover Plate is made from No. 18 gauge 
 (U. S. Standard) furniture stock steel, and is also 
 shipped in 10 ft. lengths. 
 
 The Plaster Mold is drawn to detail from .050 
 strip steel. This member is shipped in random 
 lengths, approximately 15 and 16 feet. 
 
 The Mop Mold is drawn from .050 strip bronze 
 and shipped in random lengths, approximately 
 15 and 16 feet. 
 
 The following miscellaneous items are con¬ 
 sidered as part of a Conduo-Base order, no charge 
 being made for the quantities noted. 
 
 Grounding Clips. One clip is fixed over 
 every abutting joint with round head machine 
 screws. 
 
 End Closers are used in both upper and lower 
 sections of raceway at all door openings. Where 
 the raceway fits close against a metal casing or 
 metal plinth block no end closer is required. 
 
 Plaster Mold Clips are fixed to raceway at 
 manufacturer’s factory before shipment. These 
 clips are spaced 19 inch centers. We provide 
 additional clips which are shipped loose and which 
 can be used where extra clips are required. The 
 Mop Mold is drilled on 15 inch centers and 
 No. 8-32 round head machine screws are used to 
 fix this member to the raceway, (drilling and 
 tapping of raceway is done in the field). 
 
 6" Face Plate Section with Double Receptacle 
 
 65 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Conduo - Base 
 
 (Continued) 
 
 Guide No. 360 Ao. June 20, 1924—Laboratories’ Files E6157 
 
 United Metal Products Co., The, Mfr., 
 
 Canton, Ohio. 
 
 Metal Raceway for Surface Wiring. 
 
 “Conduo-Base.” A metal structure serving both as a base-board finish for rooms and as a race¬ 
 way with two compartments, the upper for electric light wires and the lower for telephone 
 and other communication wires. Special fittings for binding parts together, connection of 
 conduits, end stops, and finish. Also a special form for use on counters. 
 
 This material has been examined by Underwriters' Laboratories and by the committee on New 
 Developments of the Electrical Committee of the National Fire Protection Association, 
 who concur in the following opinion. 
 
 “Conduo-Base” is judged to be a device or system for wiring not expressly covered by the re¬ 
 quirements of the National Electrical Code. 
 
 It is judged to be acceptable when installed and used in accordance with the rules as given on 
 the back of this card. 
 
 The Committee on New Developments recommends that for the purpose of securing added ex¬ 
 perience Inspection Departments having jurisdiction permit the installation and use of 
 Conduo-Base in accordance with these rules pending such revision of the National Electrical 
 Code as may be made to include the use of material and systems of this type in the Code. 
 
 LABEL SERVICE 
 
 This card is issued by Underwriters’ Laboratories. 
 
 Underwriters’ Specifications for Installing 
 
 Conduo-Base 
 
 The raceway shall be installed and connected so as to be mechanically secured 
 in position and so that sections will be electrically connected to each other and 
 to all conduits leading to or from it. 
 
 The entire system of Conduo-Base, with the conduits connecting its sections, 
 shall be grounded as required in rule No. 15A of the code. 
 
 The upper raceway may be used only for light or power wires of circuits 
 not exceeding 300 volts. 
 
 The lower raceway shall be used only for telephone or other signal or com¬ 
 munication wires. 
 
 All wiring shall be so placed that at every point, wires and fittings in the 
 upper raceway will be separated from those in the lower raceway by the dividing 
 web between the raceways. 
 
 The circuits in the upper raceway shall be only ultimate branch circuits, 
 limited in capacity and protected by fuses as required by existing rules of the 
 code as applying to such circuits. 
 
 The upper raceways shall not be used to enclose fuses or any other devices, 
 except that flush receptacles of approved type and flush switches of approved 
 type may be mounted on the cover and connected to the wiring within the 
 raceways. 
 
 66 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Over 20 Miles 
 
 of Conduo-Base 
 
 Installed in the following buildings: 
 
 Black and Decker Office Bldg.Baltimore, Md. 
 
 United Banking & Trust Co.Cleveland, Ohio 
 
 B. of L. E. Bank & Office Bldg.Cleveland, Ohio 
 
 First National Bank.Hazelton, Pa. 
 
 War Memorial Building.Indianapolis, Ind. 
 
 United States National Bank.Portland, Oregon 
 
 Public Ledger Building.Philadelphia, Pa. 
 
 Schmidt Office Building.Cincinnati, Ohio 
 
 National Life & Accident Bldg.Nashville, Tenn. 
 
 James Building.Danville, Va. 
 
 Geo. D. Harter Bank.Canton, Ohio 
 
 First National Bank.Canton, Ohio 
 
 Union Trust & Savings Bank.Warren, Ohio 
 
 First National Bank.Youngstown, Ohio 
 
 Horace Trumbauer 
 A rchitect 
 
 Public Ledger Building 
 
 Philadelphia, Pa. 
 
 Cates & Shepard 
 Electrical Contractors 
 
 Doyle & Company 
 Contractors 
 
 “United” Conduo-Base used throughout this building 
 
 67 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Method of Making Raceway Corners in Field and Factory 
 
 Figure 1 
 
 Fig. 1, shows the method employed in making 
 an internal raceway corner where the same is 
 made in the field. A “V” shaped piece is cut out 
 of the top, bottom and center members and the 
 back portion bent forward at a right angle. 
 
 Fig. 3, shows a piece of raceway prepared for an ex¬ 
 ternal corner. This is done by cutting along the back 
 portion of raceway where it intersects with the top, bottom 
 and center members, and bending it back at a right angle. 
 This piece when so formed can be joined to piece shown at 
 Fig. 2 and connected to same with grounding clip, thus 
 providing a continuous unbroken line of raceway which 
 should extend along the face of wall, form the internal and 
 external corners and continue to the next intersecting 
 corner. 
 
 Figure 3 
 
 Fig. 4, shows the assembly of a field made external 
 corner. 
 
 Figure 4 
 
THE UNITED METAL PRODUCTS CO. 
 
 Method of Making Raceway Corners in Field and Factory 
 
 (Continued) 
 
 Figure 5 
 
 Figure 6 
 
 Fig’s. 7 and 8, show two views of an outlet 
 box which is recommended for the reception of 
 feeder conduits referred to in Conduo-Base speci¬ 
 fications. This box is 12 inches long and is 
 attached to and takes the place of one foot of 
 raceway. Knockouts are provided in outlet boxes 
 to receive feeder conduits. 
 
 
 Fig. 5, shows factory made internal and external 
 raceway corners, and Fig. 6 shows the same 
 pieces assembled ready to install. 
 
 Figure 7 
 
 Figure 8 
 
 69 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Geo. D. Harter Bank Building, Canton, Ohio 
 Walker & Weeks, Architects 
 Hunkin-Conkey Construction Co., Gen. Contractors 
 United Conduo-Base throughout. 
 
 Brotherhood of Locomotive Engineers' Building 
 
 Cleveland, Ohio 
 
 Knox & Elliott, Architects. Geo. A. Fuller Co.,Gen. Contractors 
 United Conduo-Base furnished for this building. 
 
 CAI*IXAL $1.<><>0,000 }»? 1,000.000 
 
 April 9th, 1924. 
 
 WILL R. mat;k » 
 y’iCK r*HE mnKi*T » c-vemru 
 
 The United Metal Products Co., 
 Canton, Ohio. 
 
 Gentlemen; 
 
 We have been ocoupyin;? our twelve 
 story Bank and Office Building now for near¬ 
 ly two years, and it is with pleasure that 
 we can refer to the fact that your Company 
 furnished all of the Hollow Metal Doors and 
 Architectural Trim, as well as the patented 
 Conduo-Base. 
 
 The equipment installed is in ex¬ 
 cellent condition, and the services rendered 
 at the time the building was constructed, was 
 satisfactory in every respect. 
 
 Visitors from many parts of the 
 Country have Inspected our banking quarters, 
 and we have heard many words of commendation 
 regardihig your worknanship. 
 
 I 
 
 United Banking and Trust Company Building 
 
 Cleveland, Ohio 
 
 Walker & Weeks Hunkin-Conkey Construction Co. 
 
 Architects General Contractors 
 
 F. C. Werk, Electrical Contractor 
 United Conduo-Base furnished for this building. 
 
 70 
 
THE UNITED METAL PRODUCTS CO. 
 
 19 2 4 
 
 United Uetal Products Co. , 
 
 City. 
 
 .Gentlemen: 
 
 Ae you have now completed the work of In- 
 Btalllng in the new Firet National Bank Build¬ 
 ing the hollow metal doore, architectural trim 
 and conduo haee. we think it le due you to say 
 we are highly pleased with the work. All the 
 aetalls have been very carefully worked out. 
 
 The finish is an imitation mahogany and is very 
 beautifully done and one who did not know it ie 
 in fact iietal, might readily believe that all 
 this work is finished in that beautiful wood. 
 
 This metal trim and netal doors have added 
 very greatly to the beauty of the building, be¬ 
 sides making it more fireproof and durable. Our 
 office floors are already largely occupied oy 
 tenants ana they express great admiration of your 
 work in the building. They appreciate particu¬ 
 larly the conduo base, which enables us to tap 
 the electric light wires and telephone wires 
 vd’ierevor aebirea in any room and likeviise to 
 run call bell wires to any desired point. 
 
 ioure truly, 
 
 First Natlonaol Bank, 
 
 First National Bank Building 
 
 Canton, Ohio 
 
 Frank L. Packard Walbridge-Aldinger & Co., 
 
 Architect General Contractors 
 
 Conduo-Base, Metal Doors and Trim throughout 
 By U. M. P. Co. 
 
 
 Schmitt Building 
 
 Cincinnati, Ohio 
 
 A. Lincoln Fecheimer Leibold-Farrell Building Co., 
 
 Architect General Contractors 
 
 United Conduo-Base throughout. 
 
 I 
 
 71 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 
 
 
 C.AC^£, WolL}6 
 
 "jop 'jVpti 
 
 72 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 
 ^ 1 hA.NES&'SON 
 
 S- J AND ENGINEEM 
 
 S,.,NOmU>. 
 
 
 
 July 5 , 
 
 192 4. 
 
 y£>P 
 
 » Froducts Co. 
 
 •United 
 
 CarAori, Chi . 
 
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 pleasei "?'.he’Euil'JE”«' 
 
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 OlS'V'CiOt^nM C'.«>. 
 
 lUxNSAS C.fl Y.Mo. 
 
 August 2 '/, 1924 
 
 United I.:etal Froductg Co. 
 
 Ceuiton, Ohio. 
 
 Gentieaen; 
 
 In answer to your request for an ex¬ 
 pression fron us as to satisfactory service ren¬ 
 dered by tne elevator enciosureB furnished and in¬ 
 stalled by your Coapany at tne time oox' building vjas 
 constructed in 19 'J', we are very pleased to taxe 
 xnis occasion to advise tnat tne enclosures have 
 been very setisiactory, especially m view of tne 
 naid, constant use they nave been subjected to, 
 since we occupied the building. 
 
 Very ti-uly yours, 
 
 j6w; lAYLCri L'm‘ cec-.s conp-Arr 
 
 
 S 3 . BJJIES t 
 
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 1924 
 
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 "•ich , ‘-tatioQ wu, «be pja^ " Oeen ,-J cJi.,^ 
 
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 73 
 
CANTON, OHIO 
 
 A Partial List of Buildings in Which Hollow Metal Doors, Trim, 
 Elevator Enclosures or Conduo-Base have been furnished by 
 
 The United Metal Products Company 
 
 Boise City, Idaho . State Capitol Building 
 
 Boone, Iowa . Boone County Court House 
 
 Boonville, Mo . Gymnasium Building 
 
 *Boston, Mass . U. S. CustomHouse 
 
 Boston, Mass . Reynolds Building 
 
 ♦Boston, Mass . Tremont Temple 
 
 Boston, Mass.. . New England Telephone & Telegraph Bldg. 
 
 Boston, Mass . Mass. College of Pharmacy 
 
 Bradford, Ohio . First National Bank 
 
 Bozeman, Mont . Bozeman Heating Plant 
 
 ♦Brainerd, Minn . Crowe-Wing Co. Court House 
 
 ♦Brenham, Texas . Brenham National Bank 
 
 Brewer, Maine .. St. Theresa School 
 
 Brookline, Mass . Brookline Telephone Exchange 
 
 Brooklyn, N. Y . Commercial High School 
 
 Brooklyn, N. Y . Ward Baking Company 
 
 Brooklyn, N. Y . Brooklyn Academy of Music 
 
 Brooklyn, N. Y . Eastern District High School 
 
 Brooklyn, N. Y . Lincoln Savings Bank 
 
 Brooklyn, N. Y . Kings County Trust Bldg. 
 
 ♦Brooklyn, N. Y . Oppenheimer-Collins Bldg. 
 
 Brooklyn, N. Y . Public School No. 72 
 
 Brooklyn, N. Y . Public School No. 182 
 
 Brooklyn, N. Y . Public School No. 20 
 
 Brooklyn, N. Y . Public School No. 29 
 
 ♦Brownsville, Pa . Monongahela Hotel 
 
 ♦Brownsville, Texas . Travelers Hotel 
 
 ♦Buffalo, N. Y . Emergency Hospital 
 
 Buffalo, N. Y . 20th Century Club 
 
 ♦Buffalo, N. Y . Brisbane Building 
 
 Buffalo, N. Y . Curtis Building 
 
 Buffalo, N. Y . Eggertsville School 
 
 Buffalo, N. Y . Mitchell Frank Knitting Mills 
 
 Buffalo, N. Y . Buffalo Consistory 
 
 Buffalo, N. Y . School No. 68 
 
 ♦Buffalo, N. Y . Marine Bank 
 
 Buffalo, N. Y . Neal, Clark & Neal Store 
 
 Buffalo, N. Y . Church of Covenant 
 
 Buffalo, N. Y . Kenmore High School 
 
 Buffalo, N. Y . Lincoln Building 
 
 Buffalo, N. Y . Synthe Copal Building 
 
 Buffalo, N. Y . J. W. Clement Building 
 
 Buffalo, N. Y . School No. 61 
 
 ♦Buffalo, N. Y . Postmanteur Store 
 
 Buffalo, N. Y. . Sizer Forge Office Bldg. 
 
 Buffalo, N. Y . Robert Packer Hospital 
 
 Buhl, Minn . Buhl High School 
 
 Birmingham, Ala . First Christian Church 
 
 Butte, Mont . Masonic Temple 
 
 ♦Elevator Enclosure Installation. 
 
 Akron, Ohio . Peoples Hospital 
 
 Akron, Ohio . Central High School 
 
 ♦Akron, Ohio . Summit County Court House 
 
 Akron, Ohio . St. Martha’s School 
 
 Akron, Ohio . Lane School 
 
 Akron, Ohio . Crosby School 
 
 Akron, Ohio . King School 
 
 Akron, Ohio . Seiberling School 
 
 ♦Akron, Ohio . Metropolitan Building 
 
 ♦Albany, N. Y . Municipal Gas Building 
 
 ♦Albany, N. Y . Ten Eyck Hotel 
 
 ♦Albuquerque, N. M . Barnette Theatre 
 
 ♦Albuquerque, N. M . Bernalillo County Court House 
 
 Alexandria, La . Alexandria Bank & Trust Co. Bldg. 
 
 ♦Alliance, Ohio . City Savings & Trust Co. 
 
 Alliance, Ohio . First Christian Church 
 
 Alliance, Ohio . First National Bank 
 
 Alliance, Ohio . Alliance City Hospital 
 
 ♦Altoona, Pa . Juniata R. R. Shops 
 
 Ames, Iowa . Women’s Dormitory 
 
 Ames, Iowa . Highway Commission Bldg. 
 
 Annapolis, Md . Bancroft Hall Extension 
 
 Anderson, Ind . Remy Electric Co. Bldg. 
 
 Appalachicola, Fla . Appalachicola Post Office 
 
 Ardmore, Pa . Ardmore National Bank 
 
 Arkansas City, Kansas . Buford Theatre 
 
 Ashland, Ky . Ashland National Bank 
 
 Ashland, Wise . Latimer School 
 
 Astoria, L. I . Murry Hill Exchange 
 
 Athens, Ohio . Athens State Hospital 
 
 Athens, Ohio . Ohio University Gymnasium 
 
 Atlanta, Ga . Stewart Ave. Sub-Station 
 
 ♦Atlanta, Ga . Garrison Apartments 
 
 Atlanta, Ga . Callan Court Apts. 
 
 Atlanta, Ga . Moreland Station 
 
 Atlanta, Ga . Fulton County Court House 
 
 ♦Atlantic City, N. J . Ambassador Hotel 
 
 ♦Atlantic City, N. J . Ritz-Carlton Hotel 
 
 Augusta, Ga . Y. M. C. A. Building 
 
 ♦Austin, Texas . Methodist Girls Dormitory 
 
 ♦Baltimore, Md.Bernheimer-Leader Stores 
 
 ♦Baltimore, Md.K. of C. Building 
 
 ♦Baltimore, Md.Emerson Hotel 
 
 ♦Baltimore, Md.Charles Apartment 
 
 Baltimore, Md.Home Friendly Insurance 
 
 ♦Baltimore, Md.Baltimore News American Bldg. 
 
 Baltimore, Md.Canton Sub-Station 
 
 ♦Baltimore, Md.Biltmore Building 
 
 Baltimore, Md.Commonwealth Bank 
 
 Baltimore, Md.Maryland Institute 
 
 Baltimore, Md.Hack Office Building 
 
 Baltimore, Md. . .First Mortgage Bond & Homestead Bldg. 
 
 Baltimore, Md.Sun Building 
 
 ♦Baltimore, Md.John Hopkins Hospital 
 
 Baltimore, Md.Buchanan School 
 
 Baltimore, Md.Polytechnic Institute 
 
 Baltimore, Md.Consolidated Gas & Electric Power Co. 
 
 Beatrice, Nebraska.Fairview School 
 
 Beatrice, Nebraska.South Ward School 
 
 Beaver Falls, Pa.Beaver Falls Sub-Station D. L. Co. 
 
 Belmont, Mass.Belmont Telephone Exchange 
 
 ♦Beloit, Wise.Beloit Water, Gas & Electric Co. 
 
 Berwick, Pa.Berwick National Bank 
 
 Bethlehem, Pa.Bethlehem High School 
 
 Beverly, Mass.Beverly Hospital 
 
 Billings, Mont.Gagnon & Co. Bldg. 
 
 Bloomington, Ill.Mausoleum 
 
 ♦Bluefield, West Virginia.St. Luke’s Hospital 
 
 Cambridge, Mass.Lehman Hall, Harvard University 
 
 Cambridge, Mass.Mass. Institute of Technology 
 
 Cambridge, Mass.Cambridge Telephone Exchange 
 
 ♦Camden, N. J.. .Y. M. C. A. 
 
 ♦Canton, Ohio..Brant Building 
 
 ♦Canton, Ohio.Parisian Company 
 
 Canton, Ohio.First Trust & Savings Bank 
 
 Canton, Ohio.McKinley High School 
 
 ♦Canton, Ohio.C. N. Vicary Store 
 
 ♦Canton, Ohio.Stern & Mann Store 
 
 Canton, Ohio.First National Bank 
 
 Canton, Ohio.Washington Ave. School 
 
 Canton, Ohio.Arctic Ice Machine Co. 
 
 Canton, Ohio.Klingstedt Print Shop 
 
 ♦Canton, Ohio.Barnette Hotel 
 
 Canton, Ohio.Mozart Theatre 
 
 Canton, Ohio.>.John Lehman High School 
 
 Canton, Ohio.Geo. D. Harter Bank 
 
 Canton, Ohio.Belden Ave. School 
 
 Canton, Ohio.Grace Ave. School 
 
 Carlton, Minn.Carlton County Court House 
 
 74 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Caro, Mich . Caro School 
 
 Carrick, Pa . Passionist Convent 
 
 *Carthage, Mo . First National Bank 
 
 Cedar Falls, Iowa . Teachers College 
 
 *Charleston, W. Va . W. Va. State Capitol 
 
 *Charleston, W. Va . City Hall Bldg. 
 
 Charleston, W. Va . Peoples Bank Bldg. 
 
 Charlotte, N. C . Elizabeth City Normal School 
 
 Charlotte, N. C . Caswell Training School 
 
 Charlotte, N. C . Mechanics Building & Loan Co. 
 
 Charlottesville, Va . Administration Building 
 
 Chariton, Iowa . Chariton High School 
 
 Chattanooga, Tenn . Y. M. C. A. Building 
 
 *Chattanooga, Tenn . Chattanooga Trust Co. 
 
 *Chicago, Ill . Bernstein Office Bldg. 
 
 Chicago, Ill . Carpenters Union Office & Club 
 
 Chicago, Ill . Lindeman-Hoverson Bldg. 
 
 *Chicago, Ill . Franklin Garage 
 
 Chicago, 111 . Moody Memorial 
 
 *Chicago, 111 . Morrison Hotel 
 
 *Chicago, Ill . Ridgeview Hotel 
 
 *Chicago, Ill . Sherman Hotel 
 
 Chicago, Ill . Harper & Blackstone Apts. 
 
 Chicago, Ill . Republic Flow Meter Co. Bldg. 
 
 Chicago, Ill . Olympia Fields Club House 
 
 *Chicago, Ill . Covenant Club 
 
 Chicago, Ill . Edison-Crawford Ave. Sub-Station 
 
 Chicago, Ill . Liberty Trust & Savings Bank 
 
 Chicago, Ill . Samuel Bingham’s Sons Co. 
 
 *Chicago, Ill . Sherwin Hotel 
 
 Chicago, Ill . Logan Square Bank 
 
 *Chicago, Ill . Igoe Building 
 
 *Chicago, Ill . Eagles Temple 
 
 Chicago, Ill . Buick Office Building 
 
 Chicago, Ill . Central School Building 
 
 Chicago, Ill . Chicago Methodist Temple 
 
 Chicago, Ill . Weiser & Sons Bldg. 
 
 Chicago, Ill . West Suburban Hospital 
 
 *Chicago, Ill . Cuneo Building 
 
 Chicago, Ill . Oak Park Forest River High School 
 
 Chillicothe, Ohio . First National Bank 
 
 Cincinnati, Ohio . Hyde Park High School 
 
 Cincinnati, Ohio . Schmidt Office Building 
 
 *Cincinnati, Ohio . Dixie Terminal Building 
 
 Cincinnati, Ohio . East High School 
 
 *Cincinnati, Ohio . John Shillito Store 
 
 *Cincinnati, Ohio . Southern Railway Building 
 
 *Cincinnati, Ohio . Anna Louise Inn Apts. 
 
 *Cincinnati, Ohio . M. & S. Pogue Dept. Store 
 
 Circleville, Ohio . Third National Bank 
 
 Clarinda, Iowa . Hope Hall Hospital 
 
 Cleveland, Ohio . B. of L. E. Bldg. 
 
 Cleveland, Ohio . St. Ann’s School 
 
 Cleveland, Ohio . Woolworth Store 
 
 *Cleveland, Ohio . United Bank Bldg. 
 
 Cleveland, Ohio . Cleveland Public Library 
 
 Cleveland, Ohio . Moses Cleveland School 
 
 Cleveland, Ohio . Harrison School 
 
 Cleveland, Ohio . Warehouse Board of Education 
 
 Cleveland, Ohio . Cleveland Discount Building 
 
 Cleveland, Ohio . West Tech High School 
 
 ^Cleveland, Ohio . Union Building 
 
 Cleveland, Ohio . Koblitz Building 
 
 Cleveland, Ohio . Taylor Road School 
 
 Cleveland, Ohio . Rockefeller Building 
 
 Cleveland, Ohio . Ward Baking Co. 
 
 Cleveland, Ohio . Patrick Henry School 
 
 *Cleveland, Ohio . Statler Hote 
 
 Cleveland, Ohio . Dreher Building 
 
 Cleveland, Ohio . Audubon School 
 
 Cleveland, Ohio . City Group Hospital Buildings 
 
 Cleveland, Ohio . Noble Road School 
 
 Cleveland, Ohio . Sixth St. Realty Building 
 
 *Cleveland, Ohio . Ninth St. Garage 
 
 *Cleveland, Ohio . . .Euclid-71st St. Bldg. 
 
 Cleveland, Ohio . U. S. Ordinance Office Bldg. 
 
 “Cleveland, Ohio . Berknor Building 
 
 “Cleveland, Ohio . Coal Exchange Bldg. 
 
 Cleveland, Ohio . Racine Building 
 
 Cleveland, Ohio . Lorain St. Savings Bank 
 
 Cloque, Minn . Sons of Norway Building 
 
 Columbia, S. C.. .Southern Bell Telephone & Telegraph Co. 
 
 “Columbia, S. C . Federal Land Bank 
 
 Columbus, Ga . Columbus Mfg. Co. Bldg. 
 
 “Columbus, Ohio . Columbus Dispatch Building 
 
 Columbus, Ohio . Bakers Art Gallery 
 
 “Columbus, Ohio . Medical Science Building 
 
 Columbus, Ohio . Huntington National Bank 
 
 Council Bluff, Iowa . Bloomer School 
 
 Covington, Ky . Ohio National Bank 
 
 Cuyahoga Falls, Ohio . Cuyahoga Falls Savings Bank 
 
 . Republic Bank 
 
 . Santa Fe Terminal 
 
 . City & County Hospital 
 
 . M. H. Thomas Co. Bldg. 
 
 . Busch Building 
 
 . Federal Reserve Bank 
 
 . James Building 
 
 . First National Bank 
 
 . Miami Valley Hospital 
 
 . Emerson School 
 
 . St. Anthony’s School 
 
 . St. Mary’s School 
 
 . Kelso Residence 
 
 . Journal-Herald Building 
 
 . Third National Bank 
 
 . Duro Pump Company 
 
 . Linden Ave. Baptist Church 
 
 . Roosevelt School 
 
 . Bonebrake Seminary 
 
 . Daily News Building 
 
 . Millersford Power Station 
 
 . . . Mutual Savings & Loan Bldg. 
 Dayton Power & Light Co. Bldg. 
 
 . Recording Device Building 
 
 . Colorado National Bank 
 
 . Hubbel Building 
 
 . Women’s Club 
 
 ... Insurance Exchange Building 
 
 . U. S. Bank Building 
 
 . Elmwood School 
 
 . . Wallace School 
 
 . Silverburg & Lince Bldg. 
 
 . Knotts Apartments 
 
 . Adams School 
 
 . Monroe School 
 
 . M. & S. Mandlebaum Bldg. 
 
 . .Warden Arcade & Apartments 
 
 . Masonic Temple 
 
 . Ward Bakery 
 
 . Hilsendegen Apts. 
 
 . Dr. Caughey Apt. 
 
 . Old State National Bank 
 
 . Palmer Park Sub-Station 
 
 . Springwell School Bldg. 
 
 . Penobscot Building 
 
 . Book Building 
 
 . Harvey Building 
 
 . Cass High School 
 
 . St. Thomas School 
 
 . H. L. Bowles Bldg. 
 
 .High Pressure Pumping Station 
 
 . River Rouge High School 
 
 . Crowley-Milner Co. Store Bldg. 
 .... Detroit Edison Service Bldg. 
 
 . S. S. Kresge Store 
 
 . R. L. Polk Residence 
 
 . DuPont Engineering Co. Bldg. 
 
 . Detroit Creamery Co. Bldg. 
 
 . Packard Motor Co. Bldgs. 
 
 . Shaw Building 
 
 . . Ford Motor Co. Office Bldgs. 
 
 . Dixville Notch Hotel 
 
 . Dover High School 
 
 . Union Hospital 
 
 . Citizens Hotel 
 
 . Masonic Temple 
 
 “Dallas, Texas. . . . 
 “Dallas, Texas . . . . 
 “Dallas, Texas ... 
 “Dallas, Texas.. . . 
 “Dallas, Texas . . . . 
 Dallas, Texas . . . . 
 
 Danville, Va . 
 
 Davenport, Iowa. 
 “Dayton, Ohio. .. . 
 Dayton, Ohio. . . . 
 Dayton, Ohio . . . . 
 Dayton, Ohio. . . . 
 Dayton, Ohio. . . , 
 “Dayton, Ohio . . . . 
 “Dayton, Ohio. . . . 
 Dayton, Ohio. . . . 
 Dayton, Ohio. . . . 
 “Dayton, Ohio. . . . 
 Dayton, Ohio . . . . 
 Dayton, Ohio . . . . 
 “Dayton, Ohio. . . . 
 Dayton, Ohio . . . . 
 Dayton, Ohio . . . . 
 Dayton, Ohio .... 
 “Denver, Colorado. 
 “Des Moines, Iowa 
 Des Moines, Iowa 
 “Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 “Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 Des Moines, Iowa 
 Detroit, Mich. . . . 
 Detroit, Mich. . . . 
 Detroit, Mich. . . . 
 Detroit, Mich.. . . 
 
 Detroit, Mich . 
 
 Detroit, Mich. 
 
 Detroit, Mich. . . . 
 
 Detroit, Mich . 
 
 Detroit, Mich. . . . 
 Detroit, Mich. . . . 
 
 Detroit, Mich. 
 
 Detroit, Mich. . . . 
 Detroit, Mich. . . . 
 Detroit, Mich. . . . 
 Detroit, Mich.. . . 
 
 Detroit, Mich. 
 
 Detroit, Mich. 
 
 Detroit, Mich.. . . 
 Detroit, Mich. . . . 
 
 Detroit, Mich . 
 
 Detroit, Mich. . . . 
 
 Detroit, Mich . 
 
 Detroit, Mich. . . . 
 Detroit, Mich.. . . 
 Dixville, N. H.. . . 
 
 Dover, Ohio . 
 
 Dover, Ohio . 
 
 Durham, N. C. . .. 
 Durham, N. C.. . . 
 
 75 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 *Uurham, N. C . Lincoln Hospital 
 
 Durham, N. C . N. C. Mutual Life Ins. Co. Bldg. 
 
 *Duluth, Minn . Moore Welfare Bldg. 
 
 Duluth, Minn . Central High School 
 
 Duluth, Minn . Emerson School 
 
 Duluth, Minn . Citizens State Bank 
 
 East Palestine, Ohio . Public School 
 
 Easton, Pa . Easton High School 
 
 East Stroudsburg, Pa.. . . E. Stroudsburg St. Normal School 
 
 Edensburg, Pa . American National Bank 
 
 Elizabeth City, N. C . Normal School 
 
 Elm City, N. C . Elm City School 
 
 Elyria, Ohio . M. E. Church 
 
 *Enid, Okla . Masonic Temple 
 
 Erie, Pa . Marine National Bank 
 
 Evansville, Ind . Bosse High School 
 
 *Evansville, Ind . Citizens National Bank 
 
 Farmingdale, L. I . Nassau Hospital 
 
 Farrell, Pa . Farrell Trust Co. Bldg. 
 
 Fayettesville, N. C . Cumberland County Court House 
 
 *Flint, Mich . Industrial Savings Bank 
 
 Flint, Mich . Buick Sales & Service 
 
 Ford City, Pa . Ford City High School 
 
 *Fort Worth, Texas . Sanger Store Building 
 
 Fort Worth, Texas . Majestic Theatre 
 
 *Fort Worth, Texas . Star Telegram Bldg. 
 
 *Frankfort, Ky . New Capitol Hotel 
 
 Frankfort, Ky . Telephone Building 
 
 Franklin, N. H . Post Office 
 
 Gilbert, Minn . Gilbert Jr. High School 
 
 Gilmore, W. Va . Gilmore County Jail 
 
 Gloucester, Mass . Gloucester Safe Deposit 
 
 Gloucester, Mass . Gloucester Bank & Trust Co. Bldg. 
 
 *Grand Rapids, Mich . Blodgett Memorial Hospital 
 
 *Grand Rapids, Mich . Ottawa Hills School 
 
 Grand Rapids, Mich . Kent State Bank 
 
 Grand Rapids, Mich . Morton Hotel 
 
 Green Bay, Wisconsin . Deaconess Hospital 
 
 Greensboro, N. C . City Hall 
 
 *Greensboro, N. C . Cone Export & Comm. Co. 
 
 Greenwood, S. C . Commercial Bank & Trust Co. Bldg. 
 
 Greenville, Ohio . Greenville Hospital 
 
 "‘Hammond, Ind. 
 
 Harrison, N. J. 
 
 Hartford, Conn. 
 
 Hartford, Conn. 
 
 "“Hastings, Nebraska. . , 
 
 Hickville, N. Y. 
 
 Houston, Texas. 
 
 Houston, Texas. 
 
 Houston, Texas. 
 
 Houston, Texas. 
 
 "■Houston, Texas. 
 
 Houston, Texas. 
 
 Independence, Kansas 
 Independence, Kansas 
 
 "■Indianapolis, Ind. 
 
 "■Indianapolis, Ind. 
 
 "■Indianapolis, Ind. . . . . 
 
 "■Indianapolis, Ind. 
 
 Indianapolis, Ind. 
 
 Indianapolis, Ind. 
 
 "■Indianapolis, Ind. 
 
 Indianapolis, Ind. 
 
 "■Indianapolis, Ind. 
 
 Iowa City, Iowa. 
 
 ... .St. Margaret’s Hospital 
 
 . St. Vincent’s Retreat 
 
 . Bliss Building 
 
 . .Traveler’s Insurance Bldg. 
 
 . First National Bank 
 
 . L. 1. National Bank 
 
 . High School 
 
 . Federal Land Bank 
 
 . State National Bank 
 
 . .Southwest Bell Telephone 
 
 . Goggan Building 
 
 . Hermann Estate Bldg. 
 
 . Prairie Oil & Gas Co. 
 
 . Union Trust Building 
 
 . Test Estate Garage 
 
 . .War Memorial Bldg., “B” 
 . . . Riley Memorial Hospital 
 Indianapolis Athletic Club 
 . . Central Library Building 
 
 . Times Building 
 
 . Eli Lilly & Co. Bldg. 
 
 . Woods Building 
 
 . Fair Dept. Store 
 
 Recitation Building, S. U. I. 
 
 Jamaica, L. I.Bank of Manhattan 
 
 Jamaica, L. I.N. Y. Telephone Bldg. 
 
 Jersey City, N. J.Montgomery Telephone Bldg. 
 
 Jersey City, N. J.National Grocery Co. 
 
 "■Johnstown, Pa.Rothert Building 
 
 Johnstown, Pa.Cambria Hospital 
 
 Kansas City, Mo.Home Trust Company 
 
 "■Kansas City, Mo.Board of Trade Bldg. 
 
 "■Kansas City, Mo . Burnap Building 
 
 "■Kansas City, Mo . Chambers Building 
 
 "Kansas City, Mo . Kansas City Star Bldg. 
 
 "Kansas City, Mo . Kansas City Life Ins. Bldg. 
 
 "Kansas City, Mo . Southern Railway Co. 
 
 "Kansas City, Mo . Home for the Aged 
 
 Kansas City, Mo . Orpheum Theatre 
 
 "Kansas City, Mo . St. Joseph’s Hospital 
 
 "Kansas City, Mo . John Taylor Dry Goods Co. 
 
 "Kenosha, Wisconsin . Dayton Hotel 
 
 Kenosha, Wisconsin . . Senior High School 
 
 Kewanee, Ill . Central High School Gymnasium 
 
 Kimball, S. D . Kimball School 
 
 Lafayette, Ga . Lafayette Cotton Mills 
 
 "Lancaster, Pa . Griest Building 
 
 Langdale, Ala . West Point Iron Works Bldg. 
 
 Lansing, Mich . Lansing Storage Co. Bldg. 
 
 Lansing, Mich . Central Methodist Temple 
 
 "Lawrence, Kansas . Girls Dormitory 
 
 Leechburg, Pa . Leechburg High School 
 
 "Lincoln, Nebraska . Lincoln City Hospital 
 
 Lockport, N. Y . County Clerk’s Office 
 
 Locust Valley, N. Y . C. R. G. Billings Residence 
 
 Long Island City, N. Y . Pratt & Lambert Bldg. 
 
 Lorain, Ohio . Hawthorne School 
 
 Lorain, Ohio . Y. M. C. A. Building 
 
 Lorain, Ohio . Nurses & Sisters Home 
 
 "Lorain, Ohio . Eagles Club 
 
 Lorain, Ohio . Whittier School 
 
 "Los Angeles, Calif . Medical Arts Bldg. 
 
 Los Angeles, Calif . Merritt Bldg. 
 
 "Louisville, Ky . Brown Club & Office Bldg. 
 
 Louisville, Ky . Speed Realty Bldg. 
 
 "Louisville, Ky . Ponce De Leon Apts. 
 
 Louisville, Ohio . Louisville High School 
 
 Louisville, Ohio . First National Bank 
 
 Manchester, N. H . Manchester National Bank 
 
 Manchester, N. H . New England Bldg. 
 
 Manitowoc, Wisconsin . Manitowoc High School 
 
 "Marion, Ohio . Hotel Harding 
 
 Massillon, Ohio . First National Bank 
 
 Massillon, Ohio . Bloomberg Building 
 
 McKeesport, Pa . McKeesport Sub-Station D. L. Co. 
 
 Meadville, Pa . Meadville High School 
 
 "Memphis, Tenn . Peabody Hotel 
 
 Memphis, Tenn.. Cumberland Telephone & Telegraph Bldg. 
 
 "Miami, Fla. . Commodore Hotel 
 
 "Miami, Fla . Dallas Apartments 
 
 "Miami, Fla . Fleetwood Hotel 
 
 "Miami, Fla . Wm. Penn Hotel 
 
 "Miami, Fla . Bank of Bay Biscayne 
 
 Michigan City, Ind . St. Anthony’s Hospital 
 
 Middletown, Ohio . Sorg Paper Co. 
 
 Middletown, Ohio . U. G. Oglesby Paper Co. 
 
 Middletown, Ohio . First National Bank 
 
 "Milwaukee, Wisconsin . Shorecrest Hotel 
 
 "Milwaukee, Wisconsin . Wisconsin Hotel 
 
 Milwaukee, Wisconsin . Sevastopol School 
 
 Milwaukee, Wisconsin.Wisconsin Telephone Co. 
 
 Milwaukee, Wisconsin . Central Telephone Co. 
 
 "Minneapolis, Minn . Todd Hospital 
 
 Minneapolis, Minn . Hall of Music 
 
 Minneapolis, Minn.First National Bank Soo Line Bldg. 
 
 Minneapolis, Minn . St. Mary’s Hospital 
 
 Minneapolis, Minn . University of Minn. 
 
 Minneapolis, Minn . Post Office Bldg. 
 
 Mt. Clemens, Mich . St. Joseph’s Hospital 
 
 Nashville, Tenn . First & Fourth National Bank 
 
 Nashville, Tenn . National Life & Accident Bldg. 
 
 Nashville, Tenn . Scottish Rite Temple 
 
 "Nashville, Tenn .. .Nichol Building 
 
 New Castle, Pa . City Electric Bldg. 
 
 New Haven, Conn.So. New England Telephone Bldg. 
 
 "New Philadelphia, Ohio . Ohio Savings & Trust Co. 
 
 "New York, N. Y . Chase National Bank 
 
 New York, N. Y . No. 140 Nassau Street 
 
 76 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 New’ 
 
 York, 
 
 N. 
 
 Y.. . . 
 
 New 
 
 York, 
 
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 New 
 
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 New 
 
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 N. 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 N. 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 New 
 
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 ♦New 
 
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 New 
 
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 N. 
 
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 New 
 
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 ♦New 
 
 Orleans, La.. . 
 
 *Norfolk:, Va. 
 
 *Norfolk, Va. 
 
 *Norfolk, Va. 
 
 Norfolk, Va. 
 
 *Norfolk,Va. 
 
 Norfolk, Va. 
 
 Norristown, Pa. 
 
 North Canton, Ohio. . 
 North Canton, Ohio . 
 
 Norwalk, Ohio. 
 
 Norwich, Conn. 
 
 Oakland, Calif. 
 
 Oconto, Wis. 
 
 Ogden, Utah. 
 
 *Oklahoma City, Okla. 
 Oklahoma City, Okla. 
 *Oklahoma City, Okla. 
 Oklahoma City, Okla. 
 *Oklahoma City, Okla. 
 *Oklahoma City, Okla. 
 Oklahoma City, Okla. 
 Oklahoma City, Okla. 
 Oklahoma City, Okla 
 *Oklahoma City, Okla. 
 
 Omaha, Neb. 
 
 Omaha, Neb. 
 
 . Public School No. 181 
 
 . Public School No. 61 
 
 . Rhinelander Apts. 
 
 . Bank of Canada 
 
 . Public School No. 62 
 
 . New York Stock Exchange 
 
 . Criterion Theatre 
 
 . Stuyvesant Theatre 
 
 . . . . Altmen Co. Dry Goods Store 
 
 . Paterno Apt. Bldg. 
 
 .■. . . Riveria Apartments 
 
 . Belmore Apartments 
 
 . Vanderbilt Hotel 
 
 . Dormitory Barnard College 
 
 . Columbus Circle Bldg. 
 
 . Subway Stations 
 
 . Hecksher Building 
 
 . Ashland Building 
 
 . New York Postal Life Bldg. 
 
 . St. Vincent Hospital 
 
 . Public School No. 55 
 
 . Public School No. 130 
 
 . Public School No. 185 
 
 . Building 75 Maiden Lane 
 
 . Public School No. 16 
 
 . Ambassador Hotel 
 
 . Elliman Building 
 
 . Marine & Mercantile Bldg. 
 
 . Spring Central Office Bldg. 
 
 . Kelly-Springfield Bldg. 
 
 . Public School No. 57 
 
 . Public School No. 50 
 
 . Public School No. 60 
 
 Apartment House, 290 Park Ave. 
 
 . Edison Sub-Station 
 
 . 1 Broadway Bldg. 
 
 . Public School No. 144 
 
 . Loew’s Theatre 
 
 . Gillespie Building 
 
 . Barrett Building 
 
 . Werlitzer Building 
 
 . Building 570 Fifth Ave. 
 
 . Building 1150 Broadway 
 
 . Regent Theatre 
 
 . Hamilton Theatre 
 
 . Jefferson Theatre 
 
 . Pictorial Review Bldg. 
 
 . Public School No. 115 
 
 . Bryant High School 
 
 . Hudson Terminal Bldg. 
 
 . New York Municipal Bldg. 
 
 . Hibernia Bank Building 
 
 . Chamberlain Building 
 
 . Medical Building 
 
 . Colored School 
 
 . Patrick Henry School 
 
 . Heart of Ghent Apts. 
 
 . Western Junior High School 
 
 . Norristown Theatre 
 
 . Hoover Suction Sweeper Co. 
 
 . Community Building 
 
 . Citizens National Bank 
 
 . . . Psychopathic Ward for Insane 
 
 . Oakland Bank of Savings 
 
 . Oconto Post Office 
 
 . Ogden Building 
 
 . Medical Arts Bldg. 
 
 . Van Dever Dept. Store 
 
 . Masonic Temple 
 
 . Lee School 
 
 . American National Bank 
 
 . First National Bank 
 
 . Braniff Building 
 
 . Oklahoma State Capitol 
 
 . .Oklahoma County Court House 
 
 . Oklahoma Club 
 
 Mountain States Telephone Bldg. 
 . Kimball Laundry 
 
 *Omaha, Neb . North High School 
 
 *Omaha, Neb . Thomas Kilpatrick Co. Bldg. 
 
 *Omaha, Neb . St. Joseph’s Hospital 
 
 Omaha, Neb . Utica Building 
 
 Overlea, Md . Overlea Bank 
 
 Pawtucket, L. I . Leroy Theatre 
 
 *Pekin, Ill . Schipper & Block Co. Bldg. 
 
 Pelham Bank, L. I . Public Park Bldg. 
 
 *Peoria, Ill . Commercial Bank 
 
 *Peoria, Ill . Clark Store 
 
 Petersburg, Ohio . Springfield Township School 
 
 Pa . Delaware River Bridge 
 
 Pa . Frank & Sedar Bldg. 
 
 Pa . 19th and Panama Apts. 
 
 Pa . Thresher Building 
 
 ♦Philadelphia, Pa . Jefferson Office Bldg. 
 
 Philadelphia, Pa . S. J. Criswell Iron Works Bldg. 
 
 Philadelphia, Pa . Horn & Hardant Bldg. 
 
 Philadelphia, Pa . F. G. English & Sons Bldg. 
 
 Philadelphia, Pa . Sterling Realty Co. 
 
 Philadelphia, Pa . Richmond Trust Co. 
 
 Philadelphia, Pa . Peabody High School 
 
 ^. Pa.Elverson Building 
 
 Pa . St. Edmunds Church 
 
 Pa . Middle City Realty Co. Bldg. 
 
 Pa . 16th and Walnut St. Bldg. 
 
 Pa . Chestnut St. Office Bldg. 
 
 Pa . Temple University 
 
 Pa . Beneficial Saving & Fund Co. 
 
 Pa . Monta-Vesta Apartments 
 
 Pa . Sheridan Building 
 
 Pa . Chestnut Title & Trust Bank Bldg. 
 
 Pa . Public Ledger Building 
 
 Pa . Mershon Office Bldg. 
 
 Pa . Kresge Store Bldg. 
 
 Pa . Republic Trust Bldg. 
 
 Pa . Home for Incurables 
 
 Pa . Litt Brothers Store 
 
 Pa . Kensington Trust Co. 
 
 Pa . Home for Indigents 
 
 Pa . Apartment at 17th St. 
 
 Pa . Apartment at 16th & Locust Sts. 
 
 Pa . Colonial Ice Cream Co. 
 
 Pa . Beck Engraving Co. 
 
 Pa . Drexel Building 
 
 Pa . Quaker City Rubber Co. 
 
 Phoenix, Ariz . Mountain States Tel. & Teleg. Bldg. 
 
 Piqua, Ohio . Presbyterian Church 
 
 Piqua, Ohio . Wider Junior High School 
 
 Piquai Ohio . Bennett Junior High School 
 
 Pittsburgh, Pa . Garfield School 
 
 Pittsburgh, Pa . Soho School 
 
 Pittsburgh, Pa . Springfield School 
 
 Pittsburgh, Pa . Shadyside Sub-Station D. L. Co. 
 
 ♦Pittsburgh, Pa . Physicians Land Bldg. 
 
 Pittsburgh, Pa . Homewood Peoples Bank 
 
 Pittsburgh’ Pa . Minersville School 
 
 Pittsburgh, Pa . Bedford School 
 
 ♦Pittsburgh, Pa . Kingsley House 
 
 Pittsburgh, Pa . Hancock School 
 
 ♦Philadelphia, 
 
 ♦Philadelphia, 
 
 ♦Philadelphia, 
 
 ♦Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 ♦Philadelphia, 
 
 ♦Philadelphia, 
 
 Philadelphia, 
 
 ♦Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 ♦Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Philadelphia, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 ♦Pittsburgh, 
 
 ♦Pittsburgh, 
 
 Pa..Central Y. M. C. A. 
 
 Pa.Chatham School 
 
 Pa.West Liberty School 
 
 Pa.LTnion National Bank 
 
 Pa.Joseph Horne Store 
 
 Pa.Wm. Penn Hotel 
 
 Pittsburgh, Pa...Perry School 
 
 Pa.City and County Bldg. 
 
 Pa.-Apt. House, 527 Penn Ave. 
 
 Pa.Oppenheimer-Collins Bldg. 
 
 Pa.Rosenbaum Store 
 
 Pa.Hilltop Savings Bank 
 
 Pleasantville, N. J.First National Bank 
 
 Port Huron, Mich.Acetylene Generator Bldg. 
 
 Portland, Oregon.U. S. Bank 
 
 Portland, Oregon.Pacific Telephone & Telegraph Bldg. 
 
 Portsmouth, Ohio.Reitz Brothers Co. 
 
 Portsmouth, Ohio.K. K. B. A. Synagogue 
 
 ♦Pittsburgh, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 Pittsburgh, 
 
 77 
 
THE UNITED METAL PRODUCTS CO. 
 
 Pottstown, Pa . Pottstown National Bank 
 
 Pottstown, Pa . Nurses Home 
 
 Poughkeepsie, N. Y . Poughkeepsie Telephone Bldg. 
 
 Providence, R. I . Rhode Island Hospital Trust Co. 
 
 Quincy, Ill . Michleman Steel Construction Co. Bldg. 
 
 Racine, VVis . Y. M. C. A. Bldg. 
 
 Racine, Wis . Wisconsin Telephone Co. Bldg. 
 
 Raleigh, N. C . Dormitory No. 7, A. & E. State College 
 
 Raleigh, N. C . State School for the Blind 
 
 Reading, Pa . Harold Furniture Co. 
 
 Red Wood City, Calif . San Mateo Co. Court House 
 
 Rhode Island, Conn . Rhode Island Hospital 
 
 Riceville, Iowa . Riceville School 
 
 *Richmond, Va . Strauss Building 
 
 Richmond, Va . Medical Arts Bldg. 
 
 *Richmond, Va . Johnson-Willis Hospital 
 
 *Rochester, N. Y . Samuel Tandler Apartments 
 
 Rochester, N. Y . Yauman & Erbe Bldg. 
 
 Rochester, N. Y . Apartment House 
 
 Rochester, N. Y . General Hospital 
 
 Rochester, N. Y . Sacket Building 
 
 Rochester, N. Y . Rochester Printing Co. 
 
 *Rochester, N. Y . St. Mary’s Hospital 
 
 *Rockford, Ill . Security National Bank 
 
 Rockford, 111 . West Junior High School 
 
 Rock Springs, Wyo . High School Building No. 4 
 
 Rocky Mount, N. C . Ricks Hotel 
 
 Richmond Hill, L. I . Richmond Hill Telephone Co. 
 
 Sacramento, Calif . Sacramento Co. Court House 
 
 Saginaw', Mich . Webster School 
 
 Saginaw, Mich . Central High School 
 
 Salem, Mass . Naumkea Steam Cotton Mills 
 
 Salem, Ohio . Central Clinic & Hospital 
 
 *Salt Lake City, Utah . Ezra-Thompson Bldg. 
 
 Salt Lake City, Utah . Utah State Capitol Bldg. 
 
 Sandusky, Ohio . Commercial Banking & Trust Co. 
 
 Sanford, N. C . Dormitory for State College 
 
 San Francisco, Calif . McGregor Building 
 
 San Francisco, Calif . Metropolitan Life Ins. Bldg. 
 
 San Francisco, Calif . Standard Oil Co. 
 
 ^Schenectady, N. Y . Lorain Building 
 
 *Schenectady, N. Y . R. L. Reynolds Bldg. 
 
 *Seattle, Wash . Bank of California 
 
 Seattle, Wash . L. C. Smith Bldg. 
 
 Sebring, Ohio . Sebring High School 
 
 Sebring, Ohio . K. of P. Building 
 
 Sebring, Ohio . Desmond Building 
 
 *Shamokin, Pa . Beehive Dept. Store 
 
 Shawnee, Okla . Shawnee National Bank 
 
 Sheridan, Wis . Sheridan Music Co. 
 
 Silver City, N. C . Silver City School 
 
 *Sioux City, Iowa . Municipal Building 
 
 Sioux City, Iowa . Davidson Bros. Dept. Store 
 
 Sioux City, Iowa . Woodbury County Court House 
 
 Smithfield, Ohio . M. E. Church 
 
 Smithfield, Ohio . First National Bank 
 
 Spokane, Wash . Pacific Telephone & Telegraph Co. 
 
 *Springfield, Ill . Myer Brothers Store 
 
 Springfield, Ill . Busch Building 
 
 Springfield Lake, Ohio . Children’s Hospital 
 
 Springfield, Mass . New England Telephone Co. 
 
 *Springfield, Ohio . Crowell Publishing Co. 
 
 Springfield, Ohio . Rickley Memorial Hospital 
 
 St. Clairsville, Ohio . First National Bank 
 
 St. Louis, Mo . South Side High School 
 
 St. Louis, Mo . A. Lincoln Branch School 
 
 St. Louis, Mo . W. Beaumont High School 
 
 St. Louis, Mo . U. S. Federal Reserve Bank 
 
 *St. Louis, Mo . Jefferson Barracks 
 
 St. Louis, Mo . Benjamin Movie Bldg. 
 
 St. Louis, Mo . Koch Hospital 
 
 St. Louis, Mo . Walbridge School 
 
 St. Louis, Mo . Long School 
 
 Storm Lake, Iowa . Security Trust & Savings Bank 
 
 St. Paul, Minn . Chas. T. Miller Hospital 
 
 St. Paul, Minn . Merchants NationalBank 
 
 CANTON, OHIO 
 
 St. Paul, Minn . Herman Hospital 
 
 *St. Petersburg, Fla . J. Bruce Smith Bldg. 
 
 St. Ste. Marie, Mich . Mausoleum 
 
 Sunbury, Pa . Mary Packer Hospital 
 
 Sunbury, Pa . First National Bank 
 
 *Superior, Wis . Androy Hotel 
 
 Superior, Wis . Webster School Bldg. 
 
 *Syracuse, N. Y . Clark Music Bldg. 
 
 Syracuse, N. Y . Eastwood High School 
 
 Syracuse, N. Y . Hancock Building 
 
 Syracuse, N. Y . Meldrum-Gabrielson Bldg. 
 
 Tacoma, Wash . St. Joseph’s Hospital 
 
 Tamrus Creek, Va . U. S. Veterans Hospital 
 
 *Texarkana, Texas . Texarkana Hotel 
 
 Toledo, Ohio . Home Savings Bank 
 
 *Toledo, Ohio . Richardson Building 
 
 *Toledo, Ohio . Toledo Medical Bldg. 
 
 Toledo, Ohio. St. Paul’s Lutheran Church 
 
 Toledo, Ohio. La Salle and Koch Store 
 
 Trenton Falls, N. Y . Utica Gas & Electric Power Plant 
 
 Trenton, N. J . Electrical Bureau 
 
 Tulsa, Okla. Akdar Temple 
 
 *Tulsa, Okla . Hunt Dept. Store 
 
 Tulsa, Okla. Clinton Bldg. 
 
 *Tulsa, Okla. National Bank of Commerce 
 
 *Tulsa, Okla . Thompson-Hughes Bldg. 
 
 Tulsa, Okla . Power House 
 
 *Tulsa, Okla . Exchange Bank 
 
 *Tulsa, Okla . Orpheum Theatre 
 
 Tylertowm, Miss . Tylertown Bank 
 
 Union, S. C. Monarch Mills 
 
 Union, S. C .. Public Schools 
 
 *Uniontown, Pa . Citizens Title & Trust Co. 
 
 Utica, N. Y . Utica Gas & Electric Bldg. 
 
 *Utica, N. Y . Majestic Hotel 
 
 Utica, N. Y . St. Elizabeth’s Hospital 
 
 Vermillion, S. D . Administration Bldg. 
 
 Virginia, Minn . Suffolk County Court House 
 
 Virginia, Minn . Technical High School 
 
 Waco, Ohio . Sunny-Side Sub- Station 
 
 *Washington, D. C . Hecht Store 
 
 “"Washington, D. C . National Geographic Society 
 
 ""Washington, D. C . National Savings & Trust Co. 
 
 “"Washington, D. C . Caldwell Store 
 
 “"Washington, D. C . Dennis Apartment 
 
 Washington, D. C . Pasternak Store 
 
 Washington, D. C . Kennedy Apartments 
 
 Washington, D. C . Langdon-Woodbridge Bank 
 
 “"Washington, D. C . Lansburgh Dept. Store 
 
 “"Washington, D. C . Kennedy Apartment 31 
 
 Washington, D. C . Washington Auditorium 
 
 Washington, D. C . Riggs National Bank 
 
 Washington C.H., O., Washington Savings Bank & Trust Co. 
 
 Washington, Pa . Highland Glass Co. 
 
 Waterbury, Conn . Poll Theatre 
 
 Waterloo, Iowa . Volga City School 
 
 Waterloo, Iowa . Marquette School 
 
 Waynesboro, Pa . Waynesboro Hospital 
 
 “"Welch, W. V . Carter Hotel 
 
 W. Milton, Ohio . Milton Bank 
 
 “"Wheeling, W. Va . Wheeling Clinic 
 
 Wilkinsburg, Pa . Lockhart School 
 
 Wilmington, Del . Du Pont Powder Co. Office Bldg. 
 
 “"Wilmington, N. C . Cape Fear Hotel 
 
 Worcester, Alass . Police Headquarters 
 
 Yonkers, N. Y . Peoples Savings Bank 
 
 Youngstown, Ohio . Baptist Church 
 
 Youngstown, Ohio . Ward Baking Co. Bldg. 
 
 Youngstown, Ohio. . . .Mahoning Co. Tuberculosis Hospital 
 
 Zanesville, Ohio . West View School 
 
 Zanesville, Ohio . Ohio Bell Telephone Company 
 
 Zilwaukee, Mich . Sagman River Steam Plant 
 
 78 
 
THE UNITED METAL PRODUCTS CO. 
 
 Moulding Section 
 
 On the pages following are shown a large number of “Cold Rolled” shapes 
 including: 
 
 Cornices 
 
 Casings 
 
 Picture Moulds 
 Chair Rail 
 Base 
 
 Wire Moulds 
 
 Scribe and Closure Moulds 
 Glass Stops 
 Muntin Moulds 
 Handrails, etc. 
 
 The Shapes shown can be furnished in Bronze or Steel in either large or small 
 quantities on very short notice. We are prepared to furnish special shapes not 
 shown and will be pleased to furnish estimates on any type of Cold Rolled or 
 pressed shape, in either Bronze or Steel. 
 
 For gauges of metal and overall size of each mould see index following. 
 
 79 
 
THE UNITED METAL PRODUCTS CO. 
 
 Index to Moulding Shapes 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 1. 
 
 . 105 . 
 
 ... .070 . 
 
 iMx ^ 
 
 81 . 
 
 . 84 . 
 
 ... .040. 
 
 ... l^x A 
 
 2. 
 
 . 102 . 
 
 ... .040 . 
 
 ... 1 X ^ 
 
 82. 
 
 . 84 . 
 
 ... .040 . 
 
 iMx A 
 
 3. 
 
 . 106 . 
 
 ... .040 . 
 
 ■ ■ ■ K 
 
 83 . 
 
 . 84. 
 
 . 040 . 
 
 ... iMx 
 
 3 Spl.... 
 
 . 106 . 
 
 ... .040 . 
 
 ... Kx K 
 
 84 . 
 
 . 84 . 
 
 ... .040 . 
 
 ... iMx A 
 
 4 . 
 
 . 105. 
 
 ... .070 . 
 
 ... iMx M 
 
 85 . 
 
 . 86 . 
 
 ... .040 . 
 
 ... IJ^x A 
 
 6 . 
 
 . 86 . 
 
 ... .050 . 
 
 i^x M 
 
 86 . 
 
 . 86 . 
 
 ... .070 . 
 
 ... 1^x3^ 
 
 8. 
 
 . 84 . 
 
 ... .040 . 
 
 ... 1 X ^ 
 
 88. 
 
 . 105 . 
 
 ... .050 . 
 
 ... iMx M 
 
 10 . 
 
 . 86 . 
 
 ... .040 . 
 
 ... 1 X H 
 
 94 . 
 
 . 102 . 
 
 . 040 . 
 
 ... iM-x ^ 
 
 11 . 
 
 . 84 . 
 
 ... .040 . 
 
 ... 1 X 3^ 
 
 95 . 
 
 . 102 . 
 
 ... .040 . 
 
 . . iHxy 
 
 12 . 
 
 . 86 . 
 
 ... .050 . 
 
 ... iMx 
 
 96 . 
 
 . 105 . 
 
 ... .040 . 
 
 ... Mx 
 
 13. 
 
 . 86 . 
 
 ... .040 . 
 
 1 V 
 
 ... i A 16 
 
 100 . 
 
 . 93 . 
 
 ... .040 . 
 
 ... 3^x1 i/g 
 
 14 . 
 
 . 84 . 
 
 ... .040 . 
 
 2 3-. 23 
 
 ••• 32A 32 
 
 101 . 
 
 . 93 . 
 
 ... .050. 
 
 ... 33^x13^ 
 
 15 . 
 
 . 85 . 
 
 ... .040 . 
 
 ... Mx H 
 
 102 . 
 
 . 92 . 
 
 ... .050 . 
 
 ... 2^x K 
 
 16 . 
 
 . 104 . 
 
 ... .040 . 
 
 ... %x H 
 
 102 Spl.. . . 
 
 . 94 . 
 
 . 050 . 
 
 . ... 2HxlK 
 
 17 . 
 
 . 84 . 
 
 ... .040 . 
 
 2 3-. 23 
 
 • 32A 32 
 
 103 . 
 
 . 94 . 
 
 . 050 . 
 
 , . . . 3Ax M 
 
 18. 
 
 . 84 . 
 
 ... .040 . 
 
 ... iMx M 
 
 104 . 
 
 . 104 . 
 
 . 050 . 
 
 .... mx y2 
 
 18 Spl..., 
 
 . 84 . 
 
 ... .040 . 
 
 ... iMx M 
 
 105 . 
 
 . 94 . 
 
 ... .050 . 
 
 ... 3Mx ^ 
 
 19 . 
 
 . 86. 
 
 ... .040 . 
 
 15-. _7_ 
 
 • • 16-^ 16 
 
 106 . 
 
 . 102 . 
 
 . 050 . 
 
 . . . 3|fxl3^ 
 
 20 . 
 
 . 86 . 
 
 ... .040 . 
 
 15,. 7 
 
 • • • 16*^ 16 
 
 108 . 
 
 . 89 . 
 
 ... .050 . 
 
 ... 4 xl 
 
 22 . 
 
 . 84 . 
 
 ... .040 . 
 
 . . iMx A 
 
 110 . 
 
 . 104 . 
 
 ... .050 . 
 
 ... l^x ^ 
 
 24. 
 
 . 86 . 
 
 ... .040 . 
 
 ... 1%X M 
 
 Ill . 
 
 . 103 . 
 
 ... .050. 
 
 .. ‘I'A-xiJ^ 
 
 25. 
 
 . 85 . 
 
 ... .040 . 
 
 51„ 21 
 
 ... 64'^ 64 
 
 112 . 
 
 . 88 . 
 
 . 050. 
 
 ... S X ys 
 
 27. 
 
 . 84 . 
 
 ... .040 . 
 
 • ■*•16'^ 16 
 
 113 . 
 
 . 103 . 
 
 . 050 . 
 
 ■ syx2y 
 
 28 . 
 
 . 84 . 
 
 ... .040 . 
 
 1 J-V -2- 
 • ^16^ 16 
 
 114 . 
 
 . 103 . 
 
 . 050 . 
 
 .... 23 ^x 2 
 
 29 . 
 
 . 86 . 
 
 ... .040 . 
 
 15v -2_ 
 
 • • • 16^ 16 
 
 115 . 
 
 . 97 . 
 
 . 050 . 
 
 ... 2nx2y 
 
 30 . 
 
 . 86 . 
 
 ... .040 . 
 
 15 V JL 
 
 ••• 16^ 16 
 
 116 . 
 
 . 104 . 
 
 . 040 . 
 
 ... lAx 3^ 
 
 31 . 
 
 . 86 . 
 
 ... .050 . 
 
 ... mxVs 
 
 118 . 
 
 . 99 . 
 
 ... .050 . 
 
 ... 9 X M 
 
 33. 
 
 . 85. 
 
 ... .040 . 
 
 ... I3^x A 
 
 119 . 
 
 . 87 . 
 
 ... .050 . 
 
 ... 1 xl 
 
 34 . 
 
 . 105 . 
 
 ... .050 . 
 
 ... ^x K 
 
 124 . 
 
 . 105 . 
 
 ... .050. 
 
 lirex 34 
 
 35. 
 
 . 105 . 
 
 ... .050. 
 
 ... iMx H 
 
 126 . 
 
 . 104 . 
 
 ... .065. 
 
 ... Hx 34 
 
 36 . 
 
 . 105 . 
 
 ... .040 . 
 
 ... Mx Vs 
 
 127. 
 
 . 105 . 
 
 ... .050 . 
 
 ... 1 X 34 
 
 39. 
 
 . 84. 
 
 ... .040 . 
 
 ■ ■ lAx 
 
 130. 
 
 . 105 . 
 
 ... .040 . 
 
 .. 34x 34 
 
 40 . 
 
 . 84. 
 
 ... .040 . 
 
 ... 1 
 
 132 . 
 
 . 90 . 
 
 ... .050 . 
 
 .. “134x1^ 
 
 43 . 
 
 . 105 . 
 
 ... .050. 
 
 ... IMx 
 
 133 . 
 
 . 92 . 
 
 ... .050 . 
 
 ... 434x1U 
 
 45. 
 
 . 84 . 
 
 ... .040 . 
 
 ... iMx 
 
 134 . 
 
 . 95 . 
 
 ... .050. 
 
 ... 334x 34 
 
 47 . 
 
 . 105. 
 
 ... .050. 
 
 ... Kx H 
 
 139 . 
 
 . 105. 
 
 ... .050. 
 
 34x 34 
 
 49 . 
 
 . 86. 
 
 ... .040. 
 
 ... 1^X3^ 
 
 141. 
 
 . 105. 
 
 ... .050. 
 
 I34x 34 
 
 50. 
 
 . 85. 
 
 ... .040 . 
 
 ... iMx M 
 
 142. 
 
 . 93 . 
 
 ... .050 . 
 
 434x 34 
 
 51. 
 
 . 85 . 
 
 ... .040. 
 
 . . . l^x H 
 
 143. 
 
 . 105. 
 
 ... .050 . 
 
 ... iHx ^ 
 
 52. 
 
 . 86. 
 
 ... ,040. 
 
 ... y2x u 
 
 144. 
 
 . 105. 
 
 ... .040.... ; 
 
 ... Mx 34 
 
 53. 
 
 . 86. 
 
 ... .040. 
 
 ... Mx M 
 
 145. 
 
 . 96 . 
 
 ... .050 . 
 
 ... 234x 34 
 
 54. 
 
 . 85. 
 
 ... .040. 
 
 ... Hx^ 
 
 147. 
 
 . 101. 
 
 ... .065. 
 
 . , . 33*6x3 
 
 56. 
 
 . 106. 
 
 ... .040 . 
 
 lAx % 
 
 148. 
 
 .... 89 . 
 
 ... .050 . 
 
 ... 3 X 34 
 
 57. 
 
 . 105. 
 
 ... .050. 
 
 ... Mx M 
 
 149 . 
 
 . 91 . 
 
 ... .050. 
 
 ... 4 xl 
 
 58. 
 
 . 85. 
 
 ... .040. 
 
 ... mxH 
 
 151 . 
 
 . 91. 
 
 ... .050 . 
 
 ... 334x134 
 
 60. 
 
 . 86. 
 
 ... .040. 
 
 ... 3^X 3^ 
 
 153. 
 
 . 93. 
 
 ... .040. 
 
 . . . 334x1 
 
 61. 
 
 . 86. 
 
 ... .040. 
 
 . y2x^ 
 
 154. 
 
 . 105. 
 
 ... .050. 
 
 13,, 7 
 
 ... 16 A 16 
 
 62. 
 
 . 104. 
 
 ... .040. 
 
 . . . 1 X 3^ 
 
 155. 
 
 . 104. 
 
 .... 050. 
 
 ... 234x 34 
 
 63. 
 
 . 104. 
 
 ... .040. 
 
 . . 1 X 3^ 
 
 156. 
 
 . 93. 
 
 ... .050. 
 
 ... 6Mx M 
 
 65. 
 
 . 105. 
 
 ... .050. 
 
 . . Mx M 
 
 158. 
 
 . 96. 
 
 ... .050. 
 
 9 15-, 13 
 
 ... 16 A 16 
 
 70. 
 
 . 102. 
 
 ... .040. 
 
 . . . ll^X ^ 
 
 159. 
 
 .... 104. 
 
 ... .050. 
 
 ... I34x 34 
 
 74. 
 
 . 105. 
 
 ... .040. 
 
 ... Hx y 
 
 160. 
 
 .... 97. 
 
 ... .050. 
 
 ... 234x3 
 
 75. 
 
 . 103. 
 
 ... .050. 
 
 ■ ■ 1^x1 
 
 162. 
 
 .... 105. 
 
 ... .050. 
 
 liv X** 
 
 76. 
 
 . 103. 
 
 ... .050. 
 
 . 1/^x1 
 
 163. 
 
 . 87. 
 
 ... .050. 
 
 . ■ ■ Mx M 
 
 77. 
 
 . 84. 
 
 ... .040. 
 
 ... 114x14 
 
 165 
 
 . 89 
 
 050 
 
 3Ax y 
 
 79. 
 
 . 104. 
 
 ... .040. 
 
 1 X y 
 
 167. 
 
 .... 104. 
 
 ... .050. 
 
 ... 334x 34 
 
 80. 
 
 . 104. 
 
 ... .040. 
 
 11V 7 
 
 • • 16-^ 16 
 
 169. 
 
 .... 87. 
 
 ... .050. 
 
 34x134 
 
 80 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Index to Moulding Shapes 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 170. 
 
 . 87. 
 
 ... .050 . 
 
 .... l^x2,L 
 
 252. 
 
 . 85. 
 
 ... .040 . 
 
 ... 1 X 3.^^ 
 
 171. 
 
 . 106. 
 
 ... .040. 
 
 .... 1 X 5^ 
 
 255. 
 
 . 101. 
 
 ... .050 . 
 
 iKxiM 
 
 172. 
 
 . 106. 
 
 ... .040 . 
 
 .... %X 
 
 258. 
 
 . 94. 
 
 ... .050. . 
 
 ... 43^x A 
 
 173. 
 
 . 91 . 
 
 ... .050 . 
 
 .... 2Hx M 
 
 259. 
 
 . 92 . 
 
 ... .050 . 
 
 . • ■ 4MxlK 
 
 176. 
 
 . 87. 
 
 ... ,050 . 
 
 Mx If 
 
 262.. .. 
 
 . . 84. 
 
 ... ,040 . 
 
 ... i3^x A 
 
 181. 
 
 . 87 . 
 
 ... .050 . 
 
 .... Hxli^ 
 
 264 . 
 
 . 84 . 
 
 ... .040 . 
 
 9 V 19. 
 
 • • 16 A 3 2 
 
 183. 
 
 . 87. 
 
 ... .050 . 
 
 HxiM 
 
 265 . 
 
 . 84 . 
 
 ... .040 . 
 
 
 184. 
 
 . 87. 
 
 ... .050 . 
 
 .... lAxljL 
 
 268. 
 
 . 105 . 
 
 ... .078 . 
 
 ... l^x M 
 
 185. 
 
 . 105 . 
 
 ... .050 . 
 
 1 X ^ 
 
 272 . 
 
 . 95 . 
 
 ... .050 . 
 
 7 x2 
 
 187. 
 
 . 94 . 
 
 ... .050 . 
 
 .... 4^x1 
 
 273 . 
 
 . 91 . 
 
 ... .050 . 
 
 ... 43^x K 
 
 190. 
 
 . 91. 
 
 ... .050. 
 
 .... 6^x134 
 
 274. 
 
 . 85. 
 
 ... .040 . 
 
 ... Kx A 
 
 191. 
 
 . 107 . 
 
 ... .050 . 
 
 .... 7 xl^ 
 
 275.. .. 
 
 . 85 . 
 
 ... .040 . 
 
 Kx A 
 
 192 . 
 
 . 105 . 
 
 ... .050 . 
 
 .... I^x M 
 
 276. 
 
 . 101 . 
 
 ... .050 . 
 
 9 Hy -2- 
 ■•• ^16^ 16 
 
 193 . 
 
 . 88 . 
 
 ... .050 . 
 
 .... -ll^xli^ 
 
 277. 
 
 . 93. 
 
 ... .050 . 
 
 ... 3|^x H 
 
 194 . 
 
 . 107 . 
 
 ... .050 . 
 
 .... 4%xl]^ 
 
 278 . 
 
 . 93. 
 
 ... .050 . 
 
 . . . 4Mx M 
 
 195 . 
 
 . 94 . 
 
 ... .050 . 
 
 .... 3 ' ‘x ^ 
 
 279. 
 
 . 99. 
 
 ... .050 . 
 
 ... K 
 
 196 . 
 
 . 97 . 
 
 ... .050 . 
 
 .... 2 xlM 
 
 280. 
 
 . 85 . 
 
 ... .040 . 
 
 ... 1 %x A 
 
 197 . 
 
 . 95 . 
 
 ... .050 . 
 
 .... 3Mx A 
 
 281. 
 
 . 104 . 
 
 ... .050 . 
 
 ... 4 X ^ 
 
 198. 
 
 . 93 . 
 
 ... .050 . 
 
 .... 35^x K 
 
 282. 
 
 . 107 . 
 
 ... .050 . 
 
 4AxlA 
 
 204 . 
 
 . 93 . 
 
 ... .050. 
 
 .... 4%xl^ 
 
 283 . 
 
 . 87 . 
 
 ... .050 . 
 
 ... lAxiA 
 
 205. 
 
 . 92. 
 
 ... .050 . 
 
 .... 3Mx K 
 
 284 . 
 
 . 87 . 
 
 ... .050 . 
 
 ... 2 xl^ 
 
 206 . 
 
 . 87 . 
 
 ... .040 . 
 
 .... Mx K 
 
 285 . 
 
 . 87 . 
 
 ... .050 . 
 
 ... iKxiA 
 
 207. 
 
 . 104 . 
 
 ... .050 . 
 
 .... I3€x ^ 
 
 286 . 
 
 . 87. 
 
 ... .050 . 
 
 ... K-xiA 
 
 210. 
 
 . 103 . 
 
 ... .050 . 
 
 .... 5Mx2 
 
 287 . 
 
 . 95. 
 
 ... .050 . 
 
 . . . 6Ax25tt 
 
 211 . 
 
 . 92 . 
 
 ... .050 . 
 
 .. 35 ^x 13 ^ 
 
 288 . 
 
 . 85 . 
 
 ... .040 . 
 
 ... iMx A 
 
 212 . 
 
 . 92 . 
 
 ... .050 . 
 
 
 290. 
 
 . 88 . 
 
 ... .050 . 
 
 3-9-v1 -1- 
 
 213 . 
 
 . 94 . 
 
 ... .050 . 
 
 .... 43^x1K 
 
 291 . 
 
 . 90 . 
 
 ... .050 . 
 
 ... 4AxlA 
 
 214 . 
 
 . 87 . 
 
 ... .050 . 
 
 .... HxiM 
 
 296. 
 
 . 105 . 
 
 ... .040. 
 
 /^x M 
 
 215 . 
 
 . 87 . 
 
 ... .050 . 
 
 .... 2AxlM 
 
 297 . 
 
 . 105 . 
 
 ... .040 . 
 
 ... Mx M 
 
 216. 
 
 . 105 . 
 
 ... .040. 
 
 .... %X 3^ 
 
 298 . 
 
 . 105 . 
 
 ... .040 . 
 
 ... Vs 
 
 217 . 
 
 . 104 . 
 
 ... .050 . 
 
 ... 1 X 3^ 
 
 299. f . .. 
 
 . 104 . 
 
 ... .050...... 
 
 ... 3Ax A 
 
 219 . 
 
 . 95 . 
 
 ... .050 . 
 
 .... 1 x3 
 
 300 . 
 
 . 89 . 
 
 ... .050 . 
 
 ... 3Ax ^ 
 
 220 . 
 
 . 88. 
 
 ... .050. 
 
 .... 43<|xi3^ 
 
 302. 
 
 . 99 . 
 
 ... .050 . 
 
 . . . 6J^x V 
 
 221 . 
 
 . 107 . 
 
 ... .050 . 
 
 .... 43/^x134 
 
 303 . 
 
 . 99 . 
 
 ... .040 . 
 
 ... 2 X H 
 
 222 . 
 
 . 104 . 
 
 ... .040 . 
 
 .... Ax 34 
 
 304 . 
 
 . 99 . 
 
 ... ,050 . 
 
 ... Mx % 
 
 223 . 
 
 . 96 . 
 
 ... .050 . 
 
 .... 234x114 
 
 305 . 
 
 . 96 . 
 
 . 050 . 
 
 ... 2Ax A 
 
 224 . 
 
 . 96. 
 
 ... .050 . 
 
 . . . .Clip. 
 
 306 . 
 
 . 96 . 
 
 ... .032 . 
 
 ... 2Mx K 
 
 225. 
 
 . 101 . 
 
 ... .050 . 
 
 .... 53^x K 
 
 307. 
 
 . 104 . 
 
 ... .050 . 
 
 ... iMx A 
 
 229 . 
 
 . 99 . 
 
 ... .050 . 
 
 .... lAx 34 
 
 308. 
 
 . 104 . 
 
 ... .050 . 
 
 ... IMx A 
 
 230 . 
 
 . 104 . 
 
 ... .040 . 
 
 .... Hx 34 
 
 309 . 
 
 . 101 . 
 
 ... .050 . 
 
 ... lAxiH 
 
 231. 
 
 . 105 . 
 
 ... .050 . 
 
 .... 34x K 
 
 311 . 
 
 . 84. 
 
 ... .040 . 
 
 ... 2 xlA 
 
 233. 
 
 . 100 . 
 
 ... .050 . 
 
 .... 2Hx 34 
 
 312 . 
 
 . 96 . 
 
 ... .050 . 
 
 ... lAxiA 
 
 234. 
 
 . 100 . 
 
 ... .050 . 
 
 .... 334x 34 
 
 313 . 
 
 . 96 . 
 
 ... .032 . 
 
 ... 1 Axi A 
 
 235. 
 
 . 102 . 
 
 ... .125. 
 
 .... 34x 34 
 
 314. 
 
 . 92 . 
 
 ... .050 . 
 
 ... 4AxiA 
 
 236. 
 
 . 102 . 
 
 ... .125. 
 
 .... Mx 34 
 
 315 . 
 
 . 87. 
 
 ... .050 . 
 
 Ax K 
 
 237. 
 
 . 102. 
 
 ... .125 . 
 
 .... 1 xl 
 
 316 . 
 
 . 86 . 
 
 ... .040 . 
 
 13,, 17 
 
 • • ■ 16*^ 3 2 
 
 238 . 
 
 . 102. 
 
 ... .125 . 
 
 .... 134x134 
 
 317 . 
 
 _ 86. 
 
 ... .040 . 
 
 13,, 17 
 
 • • • 16 A 3 2 
 
 239. 
 
 . 102. 
 
 ... .125 . 
 
 .... 1 34x134 
 
 318 . 
 
 . 86. 
 
 ... .040 . 
 
 21 ,, 13 
 
 ••• 32 A 32 
 
 240. 
 
 . 96 . 
 
 ... .040. 
 
 .... 234x3 
 
 322 . 
 
 . 104 . 
 
 ... ,040 . 
 
 ... ^x A 
 
 241 . 
 
 . 87. 
 
 ... .040. 
 
 iivl 
 
 .... 1 6 1 6 
 
 323 . 
 
 . 86. 
 
 ... .040. 
 
 7 ,, 9 
 
 • • • 16 A 16 
 
 243 . 
 
 . 104. 
 
 ... .032. 
 
 1 3 V 
 
 .... 32 A 16 
 
 324. 
 
 . 86. 
 
 ... .040. 
 
 7 ,, 9 
 
 • • 16‘^ 16 
 
 244. 
 
 .. . 94 . 
 
 050 
 
 5 X 34 
 
 325 . 
 
 . 86. 
 
 ... .040. 
 
 lAx A 
 
 245. 
 
 . 91. 
 
 ... .050. 
 
 .... I34x 34 
 
 327. 
 
 . 86. 
 
 ... .040. 
 
 ... il^x A 
 
 246. 
 
 . 91. 
 
 ... .050. 
 
 .... 5 xl* 
 
 329 . 
 
 . 88. 
 
 ... .050. 
 
 ... 4Ax A 
 
 247. 
 
 . 92. 
 
 ... .050. 
 
 .... 4 X 34 
 
 330 . 
 
 . 104. 
 
 ... .040. 
 
 ... Mx A 
 
 250. 
 
 . 87. 
 
 ... .040. 
 
 .... Ax 34 
 
 331. 
 
 . 85. 
 
 ... .040. 
 
 . . . l^x A 
 
 251. 
 
 . 94. 
 
 ... .050. 
 
 .... 434x A 
 
 333. 
 
 . 86. 
 
 ... .040. 
 
 ... lAx A 
 
 81 
 
 t 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 Index to Moulding Shapes 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 Die No. 
 
 Page No. 
 
 Gauge 
 
 Size 
 
 335. 
 
 . 102. 
 
 ... .050 . 
 
 .... 1 X % 
 
 412 . 
 
 .. 88. 
 
 ... .050,... 
 
 . 3^x H 
 
 336. 
 
 . 105 . 
 
 ... .040 . 
 
 _5_y ^ 
 
 .... igX 16 
 
 414 . 
 
 .. 105 . 
 
 ... .050.... 
 
 . mx % 
 
 337. 
 
 . 89 . 
 
 ... .050 . 
 
 .... 5 xliV 
 
 415 . 
 
 .. 102 . 
 
 . . . .050.. . . 
 
 . 1 X M 
 
 341. 
 
 . 85 . 
 
 ... .040 . 
 
 • Vs 
 
 Proprietary* 
 
 
 
 
 342 . 
 
 . 85 . 
 
 ... .040 . 
 
 .... iMx ^ 
 
 *416 . 
 
 .. 86. 
 
 ... .050. .. 
 
 . Ax ^ 
 
 343 . 
 
 . 96....... 
 
 ... .050 . 
 
 .... IVsxl 
 
 *417 . 
 
 .. 86 . 
 
 ... .050... 
 
 . Hx H 
 
 345 . 
 
 .:... 105 . 
 
 ... .040 . 
 
 .... H 
 
 *418 . 
 
 .. 86 . 
 
 ... .050. .. 
 
 . mx Vs 
 
 346 . 
 
 . 96 . 
 
 ... .050. 
 
 .... 2^x ^ 
 
 *419 . 
 
 .. 86. 
 
 ... .050... 
 
 . 13^x11 
 
 347 . 
 
 . 104 . 
 
 ... .040 . 
 
 .... IKx K 
 
 420 . 
 
 .. 105. 
 
 ... .050... 
 
 . lAx H 
 
 348 . 
 
 . 87. 
 
 ... .040 . 
 
 .... IHxlM 
 
 421 . 
 
 .. 101. 
 
 ... .078. .. . 
 
 . 2 x2 
 
 352. 
 
 . 95 . 
 
 ... .050 . 
 
 .... 2^x ^ 
 
 422 . 
 
 .. 85 . 
 
 ... .040.... 
 
 . Hx V 
 
 357 . 
 
 . 90. 
 
 ... .050 . 
 
 .... 4 xl^ 
 
 423 . 
 
 .. 85 . 
 
 ... .040... 
 
 . Vx Vs 
 
 358. 
 
 . 90 . 
 
 ... .050 . 
 
 .... 3^x1 
 
 424 . 
 
 . . 85 . 
 
 ... .040... 
 
 . 14x V 
 
 363. 
 
 . 86 . 
 
 ... .050 . 
 
 .... Mx ^ 
 
 425 . 
 
 .. 85. 
 
 ... .040... 
 
 . iixV2 
 
 368. 
 
 . 84 . 
 
 ... .040 . 
 
 .... Hx M 
 
 426 . 
 
 .. 85 . 
 
 ... .040... 
 
 . lAx ^ 
 
 369. 
 
 . 84 . 
 
 ... .040 . 
 
 .... Hx ^ 
 
 427 . 
 
 . . 85 . 
 
 ... .040... 
 
 . lAx V 
 
 370. 
 
 . 84 . 
 
 ... .040 . 
 
 .... I3^x ^ 
 
 428 . 
 
 . . 102 . 
 
 ... .040... 
 
 . IMxl 
 
 371. 
 
 . 84 . 
 
 ... .040 . 
 
 .... iVsx Vs 
 
 429 . 
 
 .. 98 . 
 
 ... .050... 
 
 . 2 X V 
 
 372 . 
 
 . 90 . 
 
 ... .040 . 
 
 .... 4 X M 
 
 430 . 
 
 .. 104 . 
 
 ... .035... 
 
 1 J-vl -1- 
 
 373. 
 
 . 97 . 
 
 ... .050. 
 
 .... 3Ax2^ 
 
 431 . 
 
 .. 104. 
 
 ... .035... 
 
 . 1 Ax 5^ 
 
 374. 
 
 . 97 . 
 
 ... .040 . 
 
 .... Clip. 
 
 432 . 
 
 .. 106 . 
 
 ... .050... 
 
 . 1 X 34 
 
 375. 
 
 . 104 . 
 
 ... .050. 
 
 .... y2 
 
 433 . 
 
 .. 102. 
 
 ... . 065 ... 
 
 . Vx Vs 
 
 376. 
 
 . 104. 
 
 ... .050 . 
 
 .... 2Kx M 
 
 434 . 
 
 .. 102. 
 
 ... .050... 
 
 . 4^x2 A 
 
 377. 
 
 . 104 . 
 
 ... .050 . 
 
 .... 43^x 3^ 
 
 436 . 
 
 .. 98 . 
 
 ... .035... 
 
 . I^x A 
 
 378. 
 
 . 102 . 
 
 ... .050 . 
 
 9 V -2- 
 
 ••• • 16^ 16 
 
 437 . 
 
 .. 106 . 
 
 ... .040... 
 
 . I^x A 
 
 379 . 
 
 . 90 . 
 
 ... .050 . 
 
 .... 4Hx K 
 
 438. 
 
 .. 106. 
 
 ... .040... 
 
 . i^x A 
 
 380 . 
 
 . 87 . 
 
 ... .050 . 
 
 .... lMx2 
 
 439 . 
 
 .. 106 . 
 
 ... .040... 
 
 15 Y 19. 
 . leX 32 
 
 381 . 
 
 . 104 . 
 
 ... .040 . 
 
 15 Y JJl 
 •••• 16^ 32 
 
 440 . 
 
 .. 100 . 
 
 ... .040... 
 
 2 9 
 
 . <^16-^ 32 
 
 382 . 
 
 . 86 . 
 
 ... .040 . 
 
 .... I3^x ^ 
 
 441 . 
 
 .. 100 . 
 
 ... .050... 
 
 . Variable 
 
 383 . 
 
 . 94 . 
 
 ... ,050 . 
 
 .... 2l4x H 
 
 442 . 
 
 .. 100. 
 
 ... .040.,.. 
 
 . 1 34x A 
 
 384. 
 
 . 95 . 
 
 ... .050 . 
 
 .... 2^x K 
 
 443. 
 
 ,. 100 . 
 
 ... .040.’. 
 
 . iJ4x A 
 
 385. 
 
 . 86 . 
 
 ... .040. 
 
 .... Kx A 
 
 444. 
 
 .. 100 . 
 
 ... .040... 
 
 . 2 X A 
 
 386 . 
 
 . 89 . 
 
 ... .050 . 
 
 .... 51^x13^ 
 
 445 . 
 
 .. 100. 
 
 ... .040... 
 
 1 llv 
 
 387. 
 
 . 101 . 
 
 ... .050 . 
 
 .... 5 X 3^ 
 
 446 . 
 
 .. 100. 
 
 ... .050... 
 
 . 11/4x234 
 
 388. 
 
 . 85 . 
 
 ... .040 . 
 
 .... l^x ^ 
 
 447 . 
 
 .. 100. 
 
 ... .050.... 
 
 . 234x A 
 
 389. 
 
 . 85. 
 
 ... .040 . 
 
 .... l^x ^ 
 
 448 . 
 
 .. 100 . 
 
 ... .050... 
 
 . 2 X A 
 
 390 . 
 
 . 90 . 
 
 ... .050 . 
 
 .... 3^X H 
 
 449 . 
 
 .. 107 . 
 
 ... .050... 
 
 . 234x234 
 
 391 . 
 
 . 88. 
 
 ... .050 . 
 
 .... iMx % 
 
 450 . 
 
 .. 107. 
 
 ... .050.... 
 
 . 1 X 34 
 
 392. 
 
 . 97 . 
 
 ... .050 . 
 
 .... 3^xlfi 
 
 451 . 
 
 .. 107. 
 
 ... .050.... 
 
 . i34x 34 
 
 393. 
 
 . 97 . 
 
 ... .050 . 
 
 .... 4 x33^ 
 
 452. 
 
 .. 107. 
 
 ... .050... 
 
 . 2 xl 
 
 394. 
 
 . 88. 
 
 ... .050 . 
 
 .... 3Hx u 
 
 B. D. 01 . 
 
 .. 106. 
 
 ... .050.... 
 
 .34 Round 
 
 395. 
 
 . 104. 
 
 ... .040 . 
 
 .... lAx % 
 
 B. D. 02. 
 
 .. 106 . 
 
 . . . .050... 
 
 .34 Round 
 
 396. 
 
 . 85. 
 
 ... ,040 . 
 
 1 ^ 
 
 B. D. 03. 
 
 .. 106. 
 
 ... .050.... 
 
 .34 Round 
 
 397. 
 
 . 85. 
 
 ... .040. 
 
 .... lAx If 
 
 B. D. 04 . 
 
 .. 106 . 
 
 ... .050... 
 
 . 34x A 
 
 398. 
 
 . 90. 
 
 ... .050. 
 
 .... 2Kx M 
 
 B. D. 05. 
 
 .. 106. 
 
 ... .050... 
 
 . 34x A 
 
 399. 
 
 . 106. 
 
 ... .040. 
 
 .... iHx A 
 
 B. D. 06 . 
 
 .. 106. 
 
 ... .050... 
 
 . 34x 34 
 
 400. 
 
 . 95. 
 
 ... .040. 
 
 .... 1/^x H 
 
 B. D. 07 . 
 
 .. 106. 
 
 ... .050... 
 
 • 34 by Variable 
 
 401. 
 
 . 102. 
 
 ... .040. 
 
 .... fix M 
 
 B. D. 08. 
 
 .. 106. 
 
 ... .050... 
 
 . 134 by Variable 
 
 402. 
 
 . 95. 
 
 ... .050. 
 
 .... l^x 
 
 B. D. 09 . 
 
 .. 106. 
 
 ... .050... 
 
 . 134 by Variable 
 
 403. 
 
 . 95. 
 
 ... .050. 
 
 .... iMx 3^ 
 
 B. D. 010.... 
 
 .. 106. 
 
 ... .050... 
 
 . 134 by Variable 
 
 404. 
 
 . 105. 
 
 ... .125. 
 
 .... 13 ^x 1 
 
 B. D. Oil .... 
 
 .. 106. 
 
 ... .050... 
 
 . 134 by Variable 
 
 405. 
 
 . 88. 
 
 ... .050. 
 
 .... 2ysx Vs 
 
 B. D. 012 .... 
 
 .. 106. 
 
 ... .050... 
 
 . 1A by Variable 
 
 406. 
 
 . 102. 
 
 ... .050. 
 
 .... 4^x3|| 
 
 B. D. 013..., 
 
 ,. 106. 
 
 ... .050... 
 
 . 134 by Variable 
 
 407. 
 
 . 102. 
 
 ... .050. 
 
 .... 4^x4 
 
 B. D. 014.... 
 
 .. 106. 
 
 ... .050.... 
 
 . 134 by Variable 
 
 408. 
 
 . 85. 
 
 ... .040. 
 
 .... lAx ^ 
 
 1011. 
 
 .. 105. 
 
 ... .050... 
 
 . igX tS 
 
 409. 
 
 . 85. 
 
 ... .050. 
 
 .... mx ^ 
 
 1012. 
 
 .. 105. 
 
 ... .050... 
 
 -j-x -i- 
 
 . 16-^ 16 
 
 410. 
 
 . 99. 
 
 ... .050. 
 
 .... 6Kx A 
 
 1017. 
 
 .. 105. 
 
 ... .065... 
 
 . I34x 34 
 
 411. 
 
 . 99. 
 
 ... .040. 
 
 .... l^x A 
 
 1018. 
 
 .. 105. 
 
 ... .065... 
 
 . I34x 34 
 
 82 
 
-|Tf> 
 
 iiiiiiimiiiiiiiniiiLU 
 
 Tr 
 
 5 ^^ C. ©_ 
 
 nifiiiiiil iniiiiiiiiiimiiliilii 
 
 
 
 
 
 \ n 
 
 v> 
 
 nJS^ 
 
 
 
 
 'f 
 
 
 
 
 
 
 % 
 
 ^ICNl 
 
 
 
 
 
 
 
 \i 
 
 ‘ V-' 
 
 /' 
 
 V 
 
 
 
 
 
 
 
 i®i 
 
 
 
 
 
 
 
 Half Size 
 
 83 
 
Full Size Sections 
 
 84 
 
Full Size Sections 
 
Full Size Sections 
 
 86 
 
Full Size Sections 
 
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 90 
 
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 94 
 
Full Size Sections 
 
 95 
 
THE UNITED METAL PRODUCTS CO. 
 
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 96 
 
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 392 
 
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 97 
 
C:.0/^DU0 -&A/CL U.M.P. Ba^TE.. 
 
 Full Size Sections 
 
 98 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 100 
 
276 
 
 Full Size Sections 
 101 
 
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 102 
 
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THE UNITED METAL PRODUCTS CO. 
 
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n-« rv. 
 
 rs 
 
 Ps 
 
 298 
 
 154 
 
 297 
 
 Full Size Sections 
 
 216 
 
 296 
 
 105 
 
V. 
 
 3 -j| K.AD 1 
 
 
 V 
 
 2." RADI 
 
 
 |Vo 
 
 VARIES 
 
 VARIES 
 
 VARIES 
 
 >0 
 
 UJ 
 
 (V 
 
 < 
 
 > 
 
 5D03 
 
 106 
 
 VARIES 
 
THE UNITED METAL PRODUCTS CO. 
 
 Full Size Sections 
 
 1C7 
 
THE UNITED METAL PRODUCTS CO. 
 
 CANTON, OHIO 
 
 108 
 
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 ■ V . %• ‘ r«' • ^ ^ \ ^ 
 
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