Availability: | |
---|---|
Carbide ring use tungsten carbide powder as raw material, adding suitable amount of cobalt powder and nickel powder as binder, through a certain mold pressed into the ring, and finally sintered in the vacuum furnace or hydrogen reduction furnace.
Tungsten carbide rings are the most basic material in friction materials, and they are widely used as essential components of seals. In addition, the seal rings is also widely used in the petrochemical industry due to its excellent wear resistance and corrosion resistance.
Facts about tungsten carbide rings:
1 Carbide rings are the most wear-resistant rings on the planet.
2 Tungsten is approximately 10 times harder than gold, 5 times harder than tool steel and 4 times harder than titanium.
3 Because of their extreme hardness, tungsten carbide rings retain their shape and glow longer than any other ring on the market.
4 Tungsten Carbide rings, known as "permanent polishing rings".
5 Carbide rings will not bend.
Carbide ring use tungsten carbide powder as raw material, adding suitable amount of cobalt powder and nickel powder as binder, through a certain mold pressed into the ring, and finally sintered in the vacuum furnace or hydrogen reduction furnace.
Tungsten carbide rings are the most basic material in friction materials, and they are widely used as essential components of seals. In addition, the seal rings is also widely used in the petrochemical industry due to its excellent wear resistance and corrosion resistance.
Facts about tungsten carbide rings:
1 Carbide rings are the most wear-resistant rings on the planet.
2 Tungsten is approximately 10 times harder than gold, 5 times harder than tool steel and 4 times harder than titanium.
3 Because of their extreme hardness, tungsten carbide rings retain their shape and glow longer than any other ring on the market.
4 Tungsten Carbide rings, known as "permanent polishing rings".
5 Carbide rings will not bend.