Tough, fatigue-resistant polyimide parts for powersports drivetrains & actuators
Powersports drivetrain and actuator components face repeated impact, cyclic loading, wear, and installation stress. DuPont™ Vespel® SVT-600 polyimide helps address these challenges with high toughness, good elongation, excellent fatigue resistance, and improved durability in wear-prone components.
Engineered for parts such as secondary clutch rollers, cam followers, and shift actuator elements, Vespel® SVT-600 supports reliable performance in ATVs, UTVs, and snowmobiles – where component failure can increase downtime, increase warranty exposure, and negatively affect customer satisfaction.
What is Vespel® SVT-600?
Vespel® SVT-600 material is an unfilled polyimide developed for applications that require toughness, durability, and installation robustness. It offers greater toughness and elongation than Torlon® 4203L and traditional Vespel® grades while maintaining the high temperature performance and dimensional stability for which Vespel® materials are known.
Why use Vespel® SVT-600 in powersports applications?
Powersports components often operate under repeated engagement cycles, impact loading, and durability demands. Vespel® SVT-600 helps manufacturers improve component reliability by offering:
• High toughness for improved impact resistance.
• 21% elongation to help withstand installation and operational stresses.
• Excellent fatigue resistance for cyclic-loading applications.
• Improved durability in wear-prone components.
• Reduced risk of brittle failure.
• Potential warranty claim reduction through longer component life and improved reliability.
Applications for Vespel® SVT-600
Typical properties of Vespel® SVT-600*
Vespel® SVT-600 combines excellent toughness, elongation, and tensile strength for demanding powersports applications.
Property |
Value |
Toughness |
3 ksi |
Elongation |
21% |
Tensile strength (room temperature) |
118 MPa |
Flexural modulus |
4300 MPa |
Coefficient of thermal expansion (CTE) |
44 µm/m/°C |
*Typical property values are provided for informational purposes only and should not be used for specification limits.