Good Thermal Shock Resistance Tungsten Carbide Plate

The Cemented Carbide Plate is a unique and highly durable component known for its exceptional hardness, wear resistance, and versatility. With its remarkable characteristics, the Tungsten Carbide Plate finds extensive applications in industries such as machining, tooling, wear parts, and many more, where reliable performance and longevity are crucial.

Features of Tungsten Carbide Plates:
1. Excellent thermal stability
2. Good thermal shock resistance
3. Excellent oxidation control ability
4. Excellent corrosion resistance
5. Thermal conductivity and electrical conductivity
6. Precision machining and forming
7. Has a low coefficient of friction
8. High wear resistance and toughness

Application of tungsten carbide plate:

• Wear-resistant parts and tooling: It is the basic material for the production of cutting blades, wear-resistant plates, punches, dies and other parts that require high hardness and wear resistance.
• Metal Forming and Stamping: Used as tooling material to create precise and durable forming tools for processes such as cold heading, wire drawing, stamping and extrusion.
• Cutting and Machining Tools: Tungsten Carbide Plates are commonly used as inserts for cutting and machining tools.
• Oil and Gas Exploration: Used in downhole tools, such as drill bits and stabilizers, to withstand the harsh conditions encountered during drilling.
• Wear Resistant Coating: Tungsten carbide plates are used in thermal spray applications to create wear resistant surfaces on components.
• Chemical Processing: For pumps, valves and other components in contact with aggressive chemicals.

Tungsten Carbide Plate is a unique and highly durable component known for its exceptional hardness, wear resistance, and versatility. Its distinct characteristics make it an indispensable choice for industries that require reliable and long-lasting components in machining, tooling, and wear applications. By incorporating Carbide Plates into your processes, you can achieve superior performance, extended durability, and consistent results in critical industrial applications.