Tungsten Steel Powder Metallurgy Cemented Carbide Mold Sleeve

Tungsten Steel Powder Metallurgy Cemented Carbide Mold Sleeve

1. Materials and Manufacturing:

• Material: Made of tungsten carbide, known for its extreme hardness and wear resistance, making it ideal for valve components in high-wear and high-pressure environments.
• Manufacturing Process: Typically manufactured through powder metallurgy to ensure high precision and complex internal structures.

2. Tolerance and Precision Requirements:

• Tolerance: Controlled within ±0.001mm, ensuring precise matching and sealing performance between the carbide mold core and sleeve.
• Surface Roughness: High surface finish is typically required to ensure good sealing and operational performance.

3. Functions and Features:

• High Sealing Performance: Precise tolerance and surface treatment ensure the mold core mold sleeve provides excellent sealing performance, preventing media leakage.
• Wear Resistance: The hardness of tungsten carbide allows it to withstand high friction and wear over extended periods without failure.
• Stability: Offers good stability and long-term reliability, widely used in various industrial applications.

4. Applications:

• Chemical and Petroleum Industries: Used in valve applications under high pressure and temperature conditions, such as chemical transport, refining, and natural gas processing.
• Precision Machinery: Utilized in precision instruments and equipment requiring high precision and reliability, such as instrument valves and sensors.

5. Market Demand and Trends:

• With increasing demand in industries for efficient, durable, and high-precision valves, the market for tungsten carbide mold core mold sleeves is expanding.
• Technological advancements and developments in materials science continue to enhance product performance, making it highly effective in various challenging environments.

Real Installation:

carbide wire drawing dies

cold heading dies

Tungsten Steel Powder Metallurgy Cemented Carbide Mold Sleeve Images