EN ISO 14919 – 6 – 1,6 - 4
Very high bond strength, also on smooth surfaces, self-bonding due to exothermic reaction, dense coatings. Can be applied on clean but not sand blasted surfaces. Best bonding if applied in one pass (about 0,125 mm). Designed for arc spraying but may also be sprayed by wire- and high-velocity-wire-flame-spraying.
Bond coat for ceramics and e.g. for repair of gas turbines.
EN ISO 14919 – 6 – 1,6 - 4
Very high bond strength, also on smooth surfaces, self-bonding due to exothermic reaction. Dense coatings with increased resistance against oxidation and high temperature corrosion up to 650°C. Can be applied on clean but not sand blasted surfaces. Best bonding if applied in one pass (about 0,125 mm). Designed for arc spraying but may also be sprayed by wire- and high-velocity-wire-flame-spraying.
Bond coat for repair of gas turbines.
EN ISO 14919 – 6 – 1,6 - 4
NiCrBSi flux cored wire alloy with about 10 – 15% primary carbides. High wear resistance against abrasion and corrosion, e.g. for components loaded by chemical fluids containing abrasive particles. Can be sintered (self-fluxing). Designed for arc spraying but may also be sprayed by wire- and high-velocity-wire-flame-spraying.
Typical applications are as bond coat and for repair in chemical industry, petro chemical industry and for off-shore applications as plunger and shafts.
EN ISO 14919 – 6 – 1,6 - 4
NiCrMoW alloy, like CORODUR SP 226, applied as very corrosion resistant coating, e.g. protective against chloride acids, and also resistant against oxidation and hot gas corrosion. Coating shows higher hardness than CORODUR SP 226. Designed for arc spraying but may also be sprayed by wire- and high-velocity-wire-flame-spraying.
Typical applications are as bond coat and for repair in chemical industry, petro chemical industry and for off-shore applications.