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Type
Carbide powder, agglomerated and sintered
classification
EN ISO
14232-1 WC-Ni 88/12
Anwendungen
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
Anwendungen
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.
Eigenschaften
Crystal size of WCApparent Density (ISO 3923-2 )Particle Size Range in μm Particle Shape 2.5 μm
FSSS4.3 – 5.4 g/cm22/5 - 38/15 - 53/22 Preponderant spherical
Klassifikation
EN ISO
14232-1 WC-Ni 88/12
Geeignet für
Augers, impellors, shafts, hydraulics, pulling equipment, fan blades etc.
Schweißpositionen
Gas acc. EN ISO 14175
None
