Seasonal Pick Stage 2 Clutch Kit (1sc) For Acura Cl 2003 3.2l (j32) Accessory [vrVq9bRM]

Seasonal Pick Stage 2 Clutch Kit (1sc) For Acura Cl 2003 3.2l (j32) Accessory [vrVq9bRM]

Elevate your Acura CL 2003 3.2L (J32) to new performance heights with our Stage 2 Clutch Kit. This kit is designed for both street and track applications, perfect for those who occasionally venture onto the circuit or road racing events. The Super Copper Kit offers a superior grip and heat tolerance, ensuring a smooth and consistent performance whether you're on the streets or the track.

Superior Performance and Durability

Experience the highest copper content available in any organic clutch on the market. This innovative material provides better grip than OEM clutches, superior heat tolerance, and consistent performance. The reinforced steel plate and copper-loaded organic facing are designed to handle more power without compromising on smooth street drivability. Our kit includes a reinforced steel-backed, copper-loaded organic disc and a heavy-duty single diaphragm pressure plate, ensuring smooth engagement for daily driving and the necessary grip for track use. The patented fully enclosed spring retainer system adds an extra layer of protection against failures, ensuring your transmission and engine stay safe.

Quality and Assurance

Every kit is hand-assembled and rigorously tested by our senior engineering team with over 50 years of combined experience. This ensures that you're getting real, tested performance, not just guesswork. The kit features a ductile iron friction plate for heat control, reinforced heavy-duty drive straps, and a 4-stage heat-treated diaphragm spring for durability. The clutch disc is steel-backed, copper-loaded, and comes with a fully enclosed patented spring retainer system for long-term protection. American-grade rivets and a sprung hub are also included for maximum strength and ease of engagement. This kit is the ideal choice for stock, tuned street cars, and basic bolt-on builds looking to enhance performance without sacrificing drivability.