Aluminum-palladium alloy for initiation of electroless plating

Aluminum-palladium alloy for initiation of electroless plating

Plating Rack U.S.Patent 5,580,432.Dec.3, 1996 T Shibafaet a/., assignorsto NGKSpark Plug Co. Ltd., Nagoya, Japan A rack for electroplating integrated ...

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Plating Rack U.S.Patent 5,580,432.Dec.3, 1996 T Shibafaet a/., assignorsto NGKSpark Plug Co. Ltd., Nagoya, Japan A rack for electroplating integrated circuit package.

lead pins of an

wherein the backing comprises by weight 60 to 99% thermoplastic binder material and 1 to 40% fibrous reinforcing material.

Powder Coating Composition U.S.Patent5,580&X?.Dec.3, 1996EM. We et

a/., assignors to DSM IV.V, Fleer/en, Netherlands

Ultraviolet-Curable Coating Compound U.S.Patent 5,580,614.Dec. 3, 1996 S. Amberg-Schwab et al, assignors to FraunhoferGesekchail Zur ForderungDerAngewandten ForschungE.r, Germany A process for producing UV or UV/IR or IR/UV hardened coatings on substrates by the application of a coating compound to the substrate to be coated and by the action of UV radiation, or combined UV/IR or IRLJV radiation.

Coated Abrasive Backing U.S. Patent5,580,634. Dec. 3, 1996 GM Stout et al., assignors to 3M Co., St. Paul, Minn. A coated abrasive backing comprising a mixture or blend of a thermoplastic binder material and a fibrous reinforcing material;

A binder composition for the preparation of a powder coating for use as an automotive topcoat.

the first layer; wherein the active catalytic surface is formed by removing base material of the second layer remaining on the alloy layer, and only a portion of atoms of the base material from the alloy layer, and wherein the active catalytic surface is formed substantially by atoms of the catalytic material that remain after removal of the atoms of the base material.

Cathodic Coating Composition

Aluminum-Palladium Alloy for Initiation of Electroless Plating

U.S. Patent 5,580,907. Dec. 3, 1996 RR. Savin, assignor to Hunting industrial Coatings, U.K.

U.S.Patent5,580,668.Dec.3, 1996 M.D. Kellam,assignor to Astarix Inc.

A structure for facilitating electroless deposition of a plating material on a substrate, comprising an alloy layer of a base material and a catalytic material, said alloy layer having a first surface disposed proximal to the substrate, and an active catalytic surface for the plating material, said active catalytic surface disposed distal from the substrate, said alloy layer is formed by depositing a first layer of catalytic material and a second layer of the base material at least partly diffusing the second layer into

A coating composition for use in protecting metallic substrates from corrosion, comprising in weight percent, based on the total weight of the composition, 10 to 20% of a film-forming substance selected from the group consisting of polyesters, epoxy powders, acrylics, urethanes, and mixtures thereof; 45 to 5.5% of zinc powder; 25 to 35% of zinc dust; 1.5 to 2.5% of hollowglass microspheres having diameters ranging from l-150 microns and a true density of 0.3 to 1.1; 2 to 15% of the film forming substance of a hardener: 1 to 2% of the film

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