CORROSION RESISTANT COATINGS

Brand Owner Address Description
TRIPASS MACDERMID ACUMEN, INC. 245 Freight Street Waterbury CT 06509 corrosion resistant coatings; coatings for use as primers; coating materials for protection of surfaces exposed to galvanic corrosion; preservative coatings for use against corrosion; primers; conversion coating compositions, namely, anti-corrosive coatings, primers for preparing surfaces to be painted, protective coatings for metal surfaces; protective coatings for application to prepared metal substrates; conversion coatings compositions, namely, decorative or protective coatings for application to zinc, zinc-alloys, aluminum, copper, copper alloys, steel, and prepared metal substrates;industrial chemicals; chemicals for use in metal plating; chemical plating solutions, namely, metal plating chemical compositions; electroplating solutions, namely, chromium-free chemicals used in electroplating zinc and zinc alloys; electroplating chemical additives; chemical additives for paints and surface coatings; chemical additives for use in the production of coatings; galvanizing preparations; chemicals for the manufacture of protective coatings; chemical preparations for use in treating metal surfaces; chemicals for preventing corrosion; chemical preparations for facilitating the alloying of metals; preservatives for metals; passivating agents, namely, metallic oxides; chemical preparations for metal surface treatment, namely, preparations for passivating, cleaning, coating, descaling, anodizing metals; chemical preparations for treating, namely, passivating, cleaning, coating, descaling, anodizing metal surfaces made of zinc and zinc alloys;
 

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

    
Technical Examples
  1. A predicted corrosion amount of a painted or unpainted atmospheric corrosion resistant steel is calculated by using extrinsic corrosion information including weather observation data, an amount of airborne salt, and an amount of sulfur oxide in a planned location for use where the atmospheric corrosion resistant steel is to be used, and intrinsic corrosion information on components of the atmospheric corrosion resistant steel. The weather observation data on this occasion preferably includes the annual wetness time, annual mean wind speed, and annual mean temperature. Moreover, it is preferable to calculate a corrosivity index, estimate a first-year corrosion amount of the atmospheric corrosion resistant steel and a rust stabilization index from the corrosivity index, and calculate a corrosion amount accumulated over time.