Abstract: Disclosed herein is a resiliently padded laminate adapted for use as an in-mold aesthetic padded facing material for injection molded thermoplastic articles. The laminate is characterized by improved resistance to collapse of the cellular polymer padding thereof under in-mold conditions. In addition, the laminate forms a continuous thermoplastic bond with the injection molded thermoplastic article.
Abstract: A tailorable, flame barrier, puncture-resistant composite fabric sheet material suitable for use for example as an upholstery cover over a urethane or other foam seat cushion and the method of producing the fabric sheet material. The fabric sheet material comprises a thermoplastic polymer layer, such as a vinyl layer, optionally top coated with an abrasion-resistant layer and which thermoplastic layer is bonded to a fibrous, non-woven layer which layer has been needle punched through a metal foil material to fragment and distribute the metal foil material and a knitted, woven sheet material. The method includes needle punching a synthetic fibrous sheet material through adjacent layers of a metal foil material, such as aluminum, and a woven, fibrous sheet, such as a knitted polyester material, and extruding a molten vinyl film onto the fibers of the non-woven layer and optionally topcoating the vinyl film to provide a composite sheet material having high flame and puncture resistance.
Type:
Grant
Filed:
January 23, 1992
Date of Patent:
September 22, 1992
Assignee:
The Haartz Corporation
Inventors:
Louis J. LaMarca, II, James F. Hayes, Sr.
Abstract: A flame- and puncture-resistant composite fabric sheet material suitable for use for example as an upholstery cover over a urethane or other foam seat cushion and the method of producing the fabric sheet material. The fabric sheet material comprises a thermoplastic polymer layer, such as a vinyl layer, optionally top coated with an abrasion-resistant layer and which thermoplastic layer is bonded to a synthetic fiber, non-woven layer which layer has been needle punched through a metal foil material and a fiberglass scrim layer. The method includes needle punching a synthetic fibrous sheet material through adjacent layers of a metal foil material and a fiberglass sheet, such as aluminum, and extruding a molten vinyl film onto the fibers of the non-woven layer and optionally topcoating the vinyl film to provide a composite sheet material having high flame and puncture resistance.
Type:
Grant
Filed:
December 17, 1990
Date of Patent:
March 31, 1992
Assignee:
The Haartz Corporation
Inventors:
Louis J. LaMarca, II, Bruce A. Corley, James F. Hayes, Sr.
Abstract: A flame- and puncture-resistant composite fabric sheet material suitable for use for example as an upholstery cover over a urethane or other foam seat cushion and the method of producing the fabric sheet material. The fabric sheet material comprises a thermoplastic polymer layer, such as a vinyl layer, optionally top coated with an abrasion-resistant layer and which thermoplastic layer is bonded to a synthetic fiber, non-woven layer which layer has been needle punched through a metal foil material and a fiberglass scrim layer. The method includes needle punching a synthetic fibrous sheet material through adjacent layers of a metal foil material and a fiberglass sheet, such as aluminum, and extruding a molten vinyl film onto the fibers of the non-woven layer and optionally topcoating the vinyl film to provide a composite sheet material having high flame and puncture resistance.
Type:
Grant
Filed:
September 22, 1989
Date of Patent:
December 25, 1990
Assignee:
The Haartz Corporation
Inventors:
Louis J. LaMarca, II, Bruce A. Corley, James F. Hayes, Sr.