Roger A Peterson

US Patent:

40643590, Dec 20, 1977

Filed:

May 19, 1976

Appl. No.:

5/687345

Inventors:

Roger L. Peterson - Los Angeles CA
George M. Joyce - Santa Monica CA

Assignee:

Flamemaster Corporation - Sun Valley CA

International Classification:

H01B 728
B32B 1702

US Classification:

174107

Abstract:

A fire protective insulating product which, when placed about electrical cables, cable trays or conduits, is capable of protecting the cable or pipe from exposure to open flame temperatures of 1600. degree. to 2000. degree. F. The product comprises a first layer containing insulative, inorganic non-combustible fibers, and a coating thereon comprising 1. 5 to 20% organically bound halogen, 3 to 75% high temperature resistant non-combustible fiber, and 5 to 75% resinous binder.

US Patent:

42256496, Sep 30, 1980

Filed:

Sep 27, 1978

Appl. No.:

5/946174

Inventors:

Roger L. Peterson - Los Angeles CA

Assignee:

The Flamemaster Corporation - Sun Valley CA

International Classification:

B32B 1508
C09K 328

US Classification:

428383

Abstract:

A self-extinguishing fire-protective composition is disclosed. The composition includes a water-based resinous emulsion, organically bound halogen, clay and a low temperature fiber such as glass or organic fibers.

US Patent:

51047004, Apr 14, 1992

Filed:

Jul 2, 1986

Appl. No.:

6/881576

Inventors:

Roger L. Peterson - Los Angeles CA

International Classification:

F16L 5818
F16L 5902
B65D 9004

US Classification:

428 345

Abstract:

A fire protective insulating device adapted to be placed about articles to be protected from fire. The device comprises at least one layer of resilient and compressible insulative material having a plurality of compressive fastener means for mechanically compressing the insulative material to a high density, at least a portion of the fastening material being substantially less resistive to high temperature than the insulative material. A scrim means may be wrapped about the outside of the compressed insulative material for retaining the compressed insulative material. At least a portion of the scrim means is also preferably constructed of a material which is substantially less resistive to high temperature than is the insulative material. Upon contact with high temperature, the structural integrity of the fastening means is decreased allowing the compressed insulative material to mechanically expand. The insulating device may be performed in a boxlike or in a boot type configuration, one end of the insulating device being adapted to be opened in order to be positioned about a motor or other object to be protected from fire, said end being adapted to then be sealed in order to isolate the object to be protected from fire.