Slinutého karbidu míč, karbid wolframu míč, míč frézování
Sintret carbide ball, wolframcarbid ball, ball formaling
Gesinterd carbide bal, wolfraamcarbide bal, bal frezen
Sintered carbide ball, tungsten carbide ball, ball milling
Boule de carbure fritté, carbure de tungstène ball, balle de fraisage
VHM-Ball, Hartmetall-Ball, ball Fräsen
Pallone in metallo duro sinterizzato, carburo di tungsteno, fresatura a sfera
Sintered carbide ballen, Wolframkarbid ballen, ball fresing
Bola de carboneto sinterizado, de carboneto de tungsténio bola moagem
Carbură sinterizat mingea, carbură de tungsten mingea, mingea măcinare
Спеченная карбида мяч, мяч из карбида вольфрама, мяч фрезерные
Bola de carburo sinterizado, bola de carburo de tungsteno, pelota de fresado
Sintrad kiselkarbid ball, volframkarbid ball, bollen malning
Sinterlenmiş karbür topu, tungsten karbür Top, Top freze
 
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Tungsten ball

Sintered carbide ball

Sintered carbide ball Sintered carbide ball Sintered carbide ball

Sintered carbide ball

1, Diameter: 0.4-100.0mm
2, Surface: Sintering surface
3, Density: 14.0-14.9 g/cm3
4, Composition: WC+Co, WC+TiC+TaC+Co
5, Can be designed according to customer's requirements.

We supply various tungsten carbide balls in polished surface or semi-manufactured. They are mainly used for ball milling, finish machining, pilling welding, spraying welded to the surface of tools and the work parts. It is widely used in manufacturing industry, engineering machinery, metallurgical and mining industry.
Tungsten carbide ball are widely used in ball valve and bearing. We can offer various grades and sizes. And the requirements of each procedure are stringent to ensure that the products produced must comply with your request. We adopt the advanced technical. The ball has the high endured causticity and high endure grind, which could improve the life of the bearing, while elevate the value of your products.

Tungsten Carbide Balls with Cobalt Binder

Specifications:

ISO K10 and K20 are most common

Material Composition

Typical Material composition is

  • 6% Cobalt
  • 94% Tungsten Carbide

But other compositions are available with Cobalt content up to 25%. Hardness reduces and toughness increases with increasing cobalt content.

Hardness

1500 to 1600 HV

Corrosion Resistance

Cobalt binder material is reasonably resistant to corrosion. The Cobalt binder will corrode in contact with water, but the effect is largely cosmetic in that the balls loose their polished appearance, with little effect on performance. De-ionised water does pose a more severe problem, as it can tend to promote 'leeching' of Cobalt from the binder. Erosion of the binder can be a problem when in contact with abrasive particles as may occur in some valve and pump applications.

Special Properties

Hardness if retained to approx. 800 degrees Celsius. Balls can be brazes to steel stems to allow mounting, or hole may be produced by spark erosion.

Availability

Balls are made in a wide range of sizes from 0.4mm to 100mm and can be made in larger sizes.

Applications

Valves, Pumps, Ball Screws, Measurement Standards, Gauging, Wear Parts.

General Information

Cobalt Binder Tungsten Carbide is in many ways an ideal material for ball production. Its hardness and stiffness allows the production of extremely accurate balls, with very fine control of final size. The material is extremely stable and these properties make Tungsten Carbide Balls and ideal choice for reference standards in metrology. Equally, the same properties make the balls and ideal choice for all applications where wear rates need to be low.

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