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SUS310S High-Temperature Spinning Part
Engineered for extreme heat, our SUS310S High-Temperature Spinning Parts overcome the challenges of high-viscosity materials. Using specialized tooling and processes, we achieve a mirror finish without spin marks, preserving the material's creep strength for operations above 1000℃.
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SUS310S High-Temperature Metal Spinning Component (1000°C Heat Resistant)
Application – Extreme Temperature Industrial Systems
Designed for high-temperature environments exceeding 1000°C, this component is widely used in thermal processing equipment, furnace systems, energy equipment, and aerospace heat structures, where creep resistance and surface stability are critical.
Advanced Process – High-Temperature Material Spinning
Manufactured using specialized high-viscosity metal spinning technology, optimized for SUS310S heat-resistant stainless steel.
Core Process Technologies:
- Wear-resistant carbide tooling with anti-galling treatment
- Optimized low-stress spinning to prevent material tearing and flow line defects
- Controlled deformation process to preserve creep strength at elevated temperatures
Process Advantages:
- Eliminates adhesion and surface tearing during forming
- Maintains structural stability under extreme thermal loads
- Suitable for complex thin-wall high-temperature components
Precision Control for High-Temperature Components
- Outer diameter tolerance: ±0.1 mm
- Height tolerance: ±0.2 mm
- Critical inspection: 100% online dimensional verification
Ensures consistent accuracy for high-heat rotating and structural parts.
Surface Engineering – Mirror Finish Without Spin Marks
- Mirror-level surface finishing with no visible spin marks or dents
- Achieved through magnetic polishing + manual refinement
- Surface roughness controlled at Ra ≤ 0.8 μm
Designed for applications requiring aerodynamic smoothness and thermal stability.
Material Expertise – SUS310S Heat-Resistant Stainless Steel
Specialized in SUS310S (2520) high-temperature alloy, providing:
- Excellent oxidation resistance above 1000°C
- High creep strength retention under continuous heat exposure
- Stable performance in thermal cycling environments
Engineering Value (Extreme Condition Performance)
This solution ensures:
- Stable mechanical properties in ultra-high-temperature conditions
- Reduced surface degradation and thermal fatigue
- Improved service life in furnace and thermal systems
- Reliable performance in continuous heat exposure applications
Optimized Solution
A high-temperature precision spinning solution engineered for extreme thermal environments, delivering:
- Creep-resistant structural integrity
- Ultra-smooth surface quality
- Stable dimensional accuracy under heat stress