Type
Carbide powder, agglomerated and sintered

Crystal size of WCApparent Density (ISO 3923-2)Particle Size Range in μmParticle Shape2.5 μm FSSS4.3 – 5.4 g/cm22/5 - 38/15 - 53/22Preponderant spherical 

Not required

classification
EN ISO
14232-1 WC-Ni 88/12
Applications

carbide powder for wear resistant coatings produced by flame-, plasma or hig hvelocity- flame-spraying (HVOF). Tungsten-Carbide-Nickel-coatings are resistant to abrasion and oxidation. In comparison with WC-Co layers they show an improved corrosion resistance in aqueous solutions. Plasma sprayed coatings can achieve a hardness of up to 1000 HV0.1 and tensile strength acc. to DIN 50160 of 60 N/mm². The maximum operating temperature is 750°C.

Type
Carbide powder, agglomerated and sintered
Applications

carbide powder for wear resistant coatings produced by flame-, plasma or hig hvelocity- flame-spraying (HVOF). Tungsten-Carbide-Nickel-coatings are resistant to abrasion and oxidation. In comparison with WC-Co layers they show an improved corrosion resistance in aqueous solutions. Plasma sprayed coatings can achieve a hardness of up to 1000 HV0.1 and tensile strength acc. to DIN 50160 of 60 N/mm². The maximum operating temperature is 750°C.

Propriétés

Crystal size of WCApparent Density (ISO 3923-2)Particle Size Range in μmParticle Shape2.5 μm FSSS4.3 – 5.4 g/cm22/5 - 38/15 - 53/22Preponderant spherical 

Classification
EN ISO
14232-1 WC-Ni 88/12
Convient pour

Fan blades, Pump components, Dies, Valve seats, Oilfield equipment
Other protective measures against erosion, abrasion, and sliding wear…

Positions de soudage
PC
Etuvage

Not required

Gas acc. EN ISO 14175
None
Analyse
Ni WC
12 88