Solderable plated plastic components and processes for manufacture and soldering

Claim 2

A metal plated plastic article for assembly with compatible articles including metallic articles, the assembly comprising soldering by a hot oil dip soldering process or a vapor phase soldering process, the metal plated plastic article comprising: a substrate comprising polyethersulfone impregnated with a selected amount of glass fill with chopped fibers, the amount selected so that the coefficient of thermal expansion of the polyethersulfone with glass fill is compatible with that of the metallic article to which it is to be assembled; the surface of the substrate being physically and chemically altered prior to plating so as to accept a metal plating with a peel strength capable of withstanding a total immersion of the metal plated plastic article in a medium having a temperature of at least 232° C. for at least 60 seconds without delamination of the plating; and metal plating on the substrate comprising a first layer of metal chemically deposited on the substrate and a second layer of metal electrolytically deposited on the first layer.

Claim 3

The metal plated plastic article of claim 1 wherein the amount of glass fill with chopped fibers is selected to be approximately 30 percent whereby the coefficient of thermal expansion of the polyethersulfone with glass fill is compatible with aluminum.

Claim 4

A metal plated plastic article for assembly with compatible articles including metallic articles, the assembly comprising soldering by a hot oil dip soldering process or a vapor phase soldering process, the metal plated plastic article comprising: a substrate comprising polyphenylene sulfide impregnated with a selected amount of glass fill with chopped fibers, the amount selected so that the coefficient of thermal expansion of the polyphenylene sulfide with glass fill is compatible with that of the metallic article to which it is to be assembled; the surface of the substrate being physically and chemically altered prior to plating so as to accept a metal plating with a peel strength capable of withstanding a total immersion of the metal plated plastic article in a medium having a temperature of at least 232° C. for at least 60 seconds without delamination of the plating; and metal plating on the substrate comprising a first layer of metal chemically deposited on the substrate and a second layer of metal electrolytically deposited on the first layer.

Claim 5

A metal plated plastic article for assembly with compatible articles including metallic articles, the assembly comprising soldering by a hot oil dip soldering process or a vapor phase soldering process, the metal plated plastic article comprising: a substrate comprising polyphenylene sulfide impregnated with a selected amount of glass fill with chopped fibers, the amount selected so that the coefficient of thermal expansion of the polyphenylene sulfide with glass fill is compatible with that of the metallic article to which it is to be assembled; the surface of the substrate being physically and chemically altered prior to plating so as to accept a metal plating with a peel strength capable of withstanding a total immersion of the metal plated plastic article in a medium having a temperature of at least 232° C. for at least 60 seconds without delamination of the plating; and metal plating on the substrate comprising a first layer of metal chemically deposited on the substrate and a second layer of metal electrolytically deposited on the first layer.

Claim 6

The metal plated plastic article of claim 3 wherein the amount of glass fill with chopped fibers is selected to be approximately 40 percent whereby the coefficient of thermal expansion of the polyphenylene sulfide with glass fill is compatible with aluminum.

Claim 7

A metal plated plastic article for assembly with compatible articles including metallic articles, the assembly comprising soldering by a hot oil dip soldering process or a vapor phase soldering process, the metal plated plastic article comprising: a substrate comprising polyimide-polyamide impregnated with a selected amount of glass fill with chopped fibers, the amount selected so that the coefficient of thermal expansion of the polyimide-polyamide with glass fill is compatible with that of the metalic article to which it is to be assembled; the surface of the substrate being physically and chemically altered prior to plating so as to accept a metal plating with a peel strength capable of withstanding a total immersion of the metal plated plastic article in a medium having a temperature of at least 232° C. for at least 60 seconds without delamination of the plating; and metal plating on the substrate comprising a first layer of metal chemically deposited on the substrate and a second layer of metal electrolytically deposited on the first layer.

Claim 8

A metal plated plastic article for assembly with compatible articles including metallic articles, the assembly comprising soldering by a hot oil dip soldering process or a vapor phase soldering process, the metal plated plastic article comprising: a substrate comprising polyimide-polyamide impregnated with a selected amount of glass fill with chopped fibers, the amount selected so that the coefficient of thermal expansion of the polyimide-polyamide with glass fill is compatible with that of the metalic article to which it is to be assembled; the surface of the substrate being physically and chemically altered prior to plating so as to accept a metal plating with a peel strength capable of withstanding a total immersion of the metal plated plastic article in a medium having a temperature of at least 232° C. for at least 60 seconds without delamination of the plating; and metal plating on the substrate comprising a first layer of metal chemically deposited on the substrate and a second layer of metal electrolytically deposited on the first layer.

Claim 9

The metal plated plastic article of claim 5 wherein the amount of glass fill with chopped fibers is selected to be approximately 40 percent whereby the coefficient of thermal expansion of the polyimidepolyamide with glass fill is compatible with aluminum.