PRAXAIR SURFACE TECHNOLOGIES, INC.

Coating services in the nature of coating of metallic or plastic components, carbon fibre components, with resistant layers of all kinds, in particular by means of thermal spraying and laser processing in the nature of powder particles applied with high speed or curing of pasty or slurry-like coatings; surface finishing of metallic components by means of abrasive or thermal processes, curing, flame hardening and annealing processes and engraving technology, namely, applying finishes to coated metallic or plastic components or carbon fibre components

Coating services in the nature of coating of metallic or plastic components, carbon fibre components, with resistant layers of all kinds, in particular by means of thermal spraying and laser processing in the nature of powder particles applied with high speed or curing of pasty or slurry-like coatings; surface finishing of metallic components by means of abrasive or thermal processes, curing, flame hardening and annealing processes and engraving technology, namely, applying finishes to coated metallic or plastic components or carbon fibre components

Coating compositions in the nature of an aluminum composition comprised of base coat materials in the nature of aluminium silicate and aluminium oxides (alumina) and chemically inert top coat materials comprised of chromates and phosphates; Coating compositions in the nature of aluminum silicate metallic compounds and in the nature of compounds comprised of chromates and phosphates, all for the prevention of corrosion, oxidation, and erosion of base-metal | Coating services in the nature of applying protective coatings to metal parts by thermal spraying and laser processing powdered or liquid coating compositions onto the surface; services of preservation during which an object undergoes a change by coating, namely, applying protective coatings to metal by laser processing by standard air atomizing, drying, and curing and through bulk processing such as dip and spin

repair of cracks in turbine vane components

application of protective coatings

application of protective coatings

application of protective coatings

Application of protective coatings

corrosion inhibiting paint type coatings consisting of an aluminum-filled chromate coat, a phosphate coat and polymeric coat, all for use on compressors, turbomachinery and parts thereof in the power industry and chemical processing industry

inorganic cermet-type cement, consisting of an aqueous binder with metallic fillers for improving bonding of coatings used in turbine engine applications and other industrial applications subject to severe environmental conditions

all purpose aqueous, bonded dry film lubricant utilizing ceramic, metallic, fluroplastic and carbon derivatives as fillers for threaded articles to assist in improving torque-tension relationships in automotive, aerospace, and other industrial applications

organic and inorganic bonding coatings for protecting turbine engine components and other metal parts from corrosion, heat and fouling

aluminum-ceramic paint-type coatings which provide a smooth corrosion and erosion-resistant surface to turbomachinery components; aluminum-ceramic composition used for coating turbomachinery components to provide a smooth corrosion and erosion-resistant surface; "D.P."

Class 040: PLASMA WELDING SERVICES EMPLOYING METAL ALLOY, INTERMETALLIC COMPOUND AND CERAMIC POWDERS TO REPAIR, JOIN, COAT, OVERLAY AND SURFACE METALLIC ARTICLES AND SUBSTRATES FOR OTHERS

CORROSION PROTECTIVE COATING FOR USE ON INDUSTRIAL PROCESSING EQUIPMENT AND ELECTRONIC COMPONENTS; "BLUE"