APPLYING PROTECTIVE COATINGS METALS

Brand Owner (click to sort) Address Description
COLORGALV THERMOSET II DUNCAN GALVANIZING CORPORATION 69 Norman Street Everett MA 02149 Applying protective coatings to metals;COLOR GALVANIZING THERMOSET TWO; COLOR GALVANIZING THERMOSET TO;THERMOSET;
COLORGALV THERMOSET III DUNCAN GALVANIZING CORPORATION 69 Norman Street Everett MA 02149 Applying protective coatings to metals;COLOR GALVANIZING THERMOSET THREE;THERMOSET;
ENGINE ARMOR S & W Racing Technologies 1529 Hobbs St Tampa FL 33619 Applying protective coatings to metals and plastics;ENGINE;
ENVIRO-SEAL MICRO-SEAL TECHNOLOGIES, INC. 10260 JEFFREY DAVID COURT ST. LOUIS MO 63123 applying protective coatings to metals, fabric, plastic, wood, tile and other surfaces including trucks, automobiles, trailers, boats, and airplanes;
ENVIRO-SEAL R.K.A., Inc. 1352 Samoa Crestwood MO 63126 applying protective coatings to metals, fabric, plastic, wood, tile and other surfaces including trucks, automobiles, trailers, boats, and airplanes;
PRIMERGALV THERMOSET DUNCAN GALVANIZING CORPORATION 69 Norman Street Everett MA 02149 Applying protective coatings to metals;PRIMER GALVANIZING THERMOSET;THERMOSET;
VAPOR TECH VAPOR TECHNOLOGIES, INC. 6400 DRY CREEK PARKWAY LONGMONT CO 80503 APPLYING PROTECTIVE COATINGS TO METALS, PLASTICS AND CERAMICS AND METAL FINISHING SERVICES;
VULTRA III VALMONT INDUSTRIES, INC. 15000 Valmont Plaza Omaha NE 68154 applying protective coatings to metals; applying protective coatings to metal products, namely, metal poles, monopoles, towers and lighting and traffic structures;VULTRA THREE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Multinary alloys, in particular for use as coatings, if appropriate in combination with other types of layers, for components which are exposed to high temperatures and corrosive gases. The alloys are of the general form: Al-Ni-Ru-M, where at least one B2 phase is present, the aluminum content being in the range from 26-60 atomic percent and where M may be one or more metals and/or semimetals selected from the group consisting of: precious metal, transition metal, rare earths, semimetal. Multinary alloys of this type are very stable with respect to oxidation, have a low thermal conductivity and in particular have similar coefficients of thermal expansion to superalloys, which are usually used as substrates for protective coatings of this type in gas turbine components.