Brief: Discover the Cemented Carbide Sleeve Valve Seat and Valve Core, engineered for the demanding conditions of the Oil & Gas Industry. These precision components offer superior wear resistance, corrosion resistance, and durability, ensuring optimal performance in harsh environments like petroleum drilling and deep-sea oil extraction.
Related Product Features:
Hard alloy tungsten steel valve seat and valve core with high hardness and density for superior performance.
Exceptional wear and corrosion resistance, ideal for harsh oil and gas drilling environments.
High-temperature resistance up to 800°C with no deformation, ensuring long-term reliability.
Precision machining with parallelism of upper and lower sides <0.003mm for exacting standards.
Superior resistance to bending and impact toughness, extending tool lifespan.
Suitable for petroleum extraction, transportation, and high-pressure anti-sand oil wells.
Customizable to meet specific technical requirements and operational needs.
Longue durée de vie, de 10 à 50 fois supérieure à celle des moules en alliage généraux, ce qui réduit les coûts d'exploitation.
FAQ:
What are the key advantages of tungsten carbide valve balls in the oil and gas industry?
Tungsten carbide valve balls offer high density, wear resistance, and corrosion resistance, making them ideal for petroleum extraction and transportation. They also provide high hardness, stable chemical properties, and exceptional resistance to bending and impact.
How does the cemented carbide sleeve perform in high-temperature environments?
The cemented carbide sleeve can tolerate long-term high temperatures up to 800°C without deformation, air cooling without bursting, and maintains precision machining standards with parallelism <0.003mm.
Can the cemented carbide valve components be customized?
Yes, we provide non-standard customized cemented carbide die large diameter cavity according to customer-specific drawing requirements, ensuring precision tolerances meet operational needs.