
MANLEY 23547-1 Valve Spring Retainer, 10 Degree +.100", Lightweight Titanium
Description MANLEY 23547-1 Valve Spring Retainer, 10 Degree +.100", Lightweight Titanium
Manley Performance Titanium Valve Spring Retainers are designed to meet the rigorous requirements of professional motorsport and high-performance engine builds. Utilizing premium-grade, heat-treated titanium alloys, these retainers significantly reduce valvetrain inertia, enabling improved valve control and higher engine speeds. Precision CNC machining ensures exact dimensional consistency, while proprietary surface finishing enhances fatigue strength and wear resistance, even in extreme operating environments.
- Manufactured from high-strength heat-treated titanium alloys
- Lightweight construction reduces valvetrain mass for improved RPM potential
- Precision CNC-machined for consistent fit and alignment
- Enhanced fatigue resistance through advanced surface finishing techniques
- Engineered for drag racing, road racing, and high-performance street applications
Product Information
Product Information
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Shipping & Returns
Description
Description MANLEY 23547-1 Valve Spring Retainer, 10 Degree +.100", Lightweight Titanium
Manley Performance Titanium Valve Spring Retainers are designed to meet the rigorous requirements of professional motorsport and high-performance engine builds. Utilizing premium-grade, heat-treated titanium alloys, these retainers significantly reduce valvetrain inertia, enabling improved valve control and higher engine speeds. Precision CNC machining ensures exact dimensional consistency, while proprietary surface finishing enhances fatigue strength and wear resistance, even in extreme operating environments.
- Manufactured from high-strength heat-treated titanium alloys
- Lightweight construction reduces valvetrain mass for improved RPM potential
- Precision CNC-machined for consistent fit and alignment
- Enhanced fatigue resistance through advanced surface finishing techniques
- Engineered for drag racing, road racing, and high-performance street applications











