Description of Carbide Crashed Particle:
Tungsten carbide particles, commonly referred to as tungsten grits or carbide grits, play a pivotal role in enhancing the wear resistance properties of various tools and equipment. These particles consist of tungsten and carbon atoms, combined through a sintering process to create an exceptionally hard and durable material.
The primary application of tungsten carbide particles involves welding or soldering them onto a steel body, effectively creating a composite material with superior wear resistance. This process significantly extends the lifespan of tools and components, making them capable of withstanding harsh conditions and prolonged usage.
100% Pure YG8 Material of tungsten carbide particle |
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| | | | | | Small size used for wear-resistant application and Big size used for cutting application. |
Szie Chart of Tungsten Carbide Particle:
Application of Tungsten Carbide Particle:
The tungsten carbide grits is suitable for hard facing material. 1 mesh to 12 mesh: used for wear-resistance electrode and mace electrode;
10 mesh to 60 mesh: used for saw blade or play a role of wear-resisting welding in the metal surface.
- 1) Ceramic, metal lapping, and polishing applications
- 2) Slicing of silicon carbide wafers
- 3) Rock and stone polishing and engraving
- 4) Slicing, lapping,and polishing glass and germanium wafers
- 5) Lapping of piston rings and gears
- 6) Grinding of nonferrous materials
- 7) Finishing tough and hard materials
- 8) Bonded abrasive tool applications
- 9) Glass etching and glass carving industries
Advantages of Tungsten Carbide Particle:
Exceptional Hardness:
Tungsten carbide is renowned for its extreme hardness, comparable to that of natural diamonds.This property ensures a high level of wear resistance, making it ideal for applications in abrasive environments.
Enhanced Wear Resistance:
Welding or soldering tungsten carbide particles onto a steel body significantly improves the wear resistance of tools and components.
The resulting composite material withstands harsh conditions, extending the lifespan of tools and reducing the frequency of replacements.
Extended Tool Life:
Incorporating tungsten carbide grits into steel tools substantially increases their operational durability.
Tools enhanced with carbide particles exhibit a longer lifespan, leading to cost savings and improved productivity.
Improved Cutting Efficiency:
Tools with tungsten carbide particles demonstrate superior cutting efficiency.
For example, a steel cutter can experience a tenfold increase in cutting hours when enhanced with tungsten carbide grits.
