Heat Treated Clutch Spring High Strength Alloy Belleville Spring Aerospace Grade
Product Details
| Material: | Chrome-silicon Spring Steel | Max Temperature: | 300°C |
|---|---|---|---|
| Vibration Resistance: | 200Hz | Pedal Effort Reduction: | 30% |
| Service Life Increase: | 50% | Fuel Efficiency Improvement: | 8% |
| Clutch Engagement Precision: | Microsecond-precise | Heat-treated Alloy: | High-strength |
| Variable-rate Design: | Patented | Wear Resistance: | ISO 16744 Tested |
| Corrosion Resistance: | ISO 16744 Tested | Deformation Resistance: | ISO 16744 Tested |
| Force Distribution: | Uniform | Compact Design: | Ergonomically Optimized |
| Integration Compatibility: | Traditional And Modern Systems | Pressure Maintenance: | Optimal Across Conditions |
| Acceleration Responsiveness: | Enhanced | Power Transfer Efficiency: | Improved |
| Transmission Strain: | Reduced | Operating Conditions: | Sub-zero To High-speed |
| Highlight |
Heat Treated Clutch Spring,Clutch Spring High Strength,Belleville Spring Aerospace Grade |
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Product Description
- Reduces clutch pedal effort by up to 30% compared to standard springs
- Significantly lowers driver fatigue during extended driving
- Withstands engine bay temperatures exceeding 300°C
- Handles persistent vibrations up to 200Hz
- Ergonomically optimized compact design for seamless integration
| Feature | Benefit |
|---|---|
| ISO 16744 Certified Testing | Resistance to wear, corrosion, and permanent deformation |
| Extended Service Life | 50% longer lifespan compared to conventional springs |
| Patented Variable-Rate Design | Maintains optimal pressure across all operating conditions |
| Fuel Efficiency Improvement | Up to 8% improvement in urban driving conditions |
| Reduced Transmission Strain | Uniform force distribution across clutch disc |
Product Highlights
High-strength Clutch Spring reduces pedal effort 30%, withstands 300°C+ heat & 200Hz vibrations. ISO 16744 certified with 50% longer lifespan. Improves fuel efficiency 8% and ensures smooth, responsive shifting.
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