Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.


  1. Advanced Patent Search
Publication numberUS2274189 A
Publication typeGrant
Publication dateFeb 24, 1942
Filing dateDec 20, 1938
Priority dateDec 20, 1938
Publication numberUS 2274189 A, US 2274189A, US-A-2274189, US2274189 A, US2274189A
InventorsJr John Congleton
Original AssigneeJr John Congleton
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Sheet roofing
US 2274189 A
Abstract  available in
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

Feb. 24, 1942. Y J CONGLETON, JR 2,274,189

SHEET ROOFING Filed Dec. 20, 1958 Patented Feb. 24, 1942 Application December zo, 1938, .serial No. 246,808

2 Claimsf The invention relates to sheet roofing and more particularly to a reinforced coated roong sheet.

An object of the invention is to provide a roofing sheet formed of sheet metal having a foraminous sheet of- Woven wire mesh or similar mate# rial spot welded to the surface thereof at spacedr intervals and covered with a bitumen coating of asphalt, bituminous macadam, or bituminous mastic.

Another object is to provide a roofing sheet of the character referred to having a reinforcing mesh sheet attached Ato each side thereof and coated with asphalt or the like.

The above objects together with others which will be apparent from the drawing 'and following description or which may be later referred to, may be attained by constructing the improved roofing sheet in the manner illustrated inthe accompanying drawing in which The foraminous sheet H serves as a reinforcement for the asphalt or other coating, requiring a density less than would ordinarily be used of that material, thus, providing for greater expansion and contraction thereof as produced by .heat of summer and the cold of winter.

The reinforcing mesh also acts as a retainer for the asphalt or similar material holding itin its position relative to the black sheet, and it will also be seen that by using the lighter gravity of material, evaporation of the solubles therein will Figure l is a plan view of a roofing sheet embodying the invention with parts of the different layers broken awa'y for the purpose of illustration; and

Fig. 2, an enlarged sectional View through Aa portion of the sheet.

Similar numerals refer to similar parts throughout the drawing.

In forming the improved roofing, a black iron or steel sheet I0 forms the base of the roong f and to one or both sides thereofris connected a foraminous sheet of Woven wire mesh I'I, or the like.

This Wire mesh is preferably attached to the surface of the black sheet I0 .at spaced intervals, I.

as by spot welding as indicated at I2. Where both sides of the black sheet are covered with mesh, the spot welding of both mesh sheets to the black sheet may be accomplished at the same time as indicated in Fig. 2.

Hot liquid asphalt, bituminous macadam, bituminous mastic or the like is then applied to the Wire mesh. so that the interstices thereof will become lled with the bitumen coating indicated at` I3, forming a substantially smooth level outer surface.

When the asphalt coating has sufficiently dried vthe roofing sheet is ready for use and may be formed in any usual and well-known manner as is common in the manufacture of roofing sheets or may be cut and formed into shingles, if desired.

require a greater period of time.

Where a mesh sheet and asphalt coating is used upon each side of the black sheet. it will be seen that the black sheet when in use upon 'the roof will be entirely protected from the effects of the weather upon its outer surface as well as from the effects of any moisture which may enter beneath the sheet.

yThe reinforced coating of asphalt or the like upon the black sheet takes the place of the usual galvanized coating, but it will be seen that the same is more serviceable than a galvanized sheet.

As is. Well-known, if the black sheet is left unprotected, iron oxide or ordinary rust 4will soon deteriorate the same.

Even though the sheet is coated withl zinc spelter the eventual result will be rust and decay; what really happens is that the flux used to fasten the zinc coating to the sheet is a solution of water and hydrochloric acid, which in turn produces a hydrous oxide.` After this hydrochloric acid. has substantially Washed away the zinc the iron is then exposed and the subsequent iron oxide or ordinary rust follows.

I claim: Y

1. The method of making sheet roong consisting of simultaneously attaching sheets of woven wire mesh to opposite sides of a metal vsheet by spot welding therethrough at spaced points, and applying a liquid coating of bitumen to both sheets of mesh so as to cover'and embed the mesh within said bitumen and cover both surfaces of the metal sheet.

2. Sheet roofing comprising an imperforate metal sheet, sheets of woven wire 'mesh covering both sides of the metal sheet and-spot welded thereto at spaced points, and a coating of bitumen entirely covering and embedding each sheet of woven wire mesh and covering and protecting both surfaces of the imperforate metal sheet.


Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2690411 *Jan 4, 1954Sep 28, 1954Atlas Mineral Products CompanyCorrosion-resistant structure
US2724177 *Oct 9, 1951Nov 22, 1955Robertson Co H HMethod of making a protected metal article
US2758952 *Jun 25, 1954Aug 14, 1956Ohio Commw Eng CoStructural materials particularly useful as protective armour
US2762116 *Aug 3, 1951Sep 11, 1956Us Gasket CompanyMethod of making metal-surfaced bodies
US2882082 *Jul 2, 1954Apr 14, 1959Johns ManvilleGaskets
US2887867 *Sep 30, 1957May 26, 1959Cambridge Tile Mfg CompanyTile assembly on backing
US3345734 *Jan 13, 1965Oct 10, 1967Firth Sterling IncMethod of making a shaped wear-resistant composite
US4241107 *Apr 14, 1978Dec 23, 1980Mandish Doneath MRoof coating process
US5076875 *Jan 11, 1983Dec 31, 1991Facet Enterprises, IncorporatedComposite intermediate bonding structures
US5145729 *May 2, 1991Sep 8, 1992Purolator Products CompanyComposite intermediate bonding structures
US5302225 *Nov 1, 1990Apr 12, 1994Purolator Products CompanyMethod of joining dissimilar materials
U.S. Classification428/594, 428/686, 428/659, 428/935, 428/198, 29/460, 52/518, 428/209, 428/939, 428/608, 428/196, 428/933
International ClassificationE04D5/10
Cooperative ClassificationY10S428/939, Y10S428/935, E04D5/10, Y10S428/933
European ClassificationE04D5/10