1989-1998 Nissan Silvia 2.0L SR20DET Clutch Kit Assembly – Heavy Duty 8-Puck Sprung Ceramic Clutch for Fleet & Truck Applications – Premium Replacement

Designed specifically for high-performance and heavy-duty automotive applications, the Clutch Masters FX400 Heavy Duty 8-Puck Sprung Ceramic Clutch Kit provides reliable engagement and durability for Nissan Silvia models equipped with the 2.0L SR20DET engine produced between 1989 and 1998. This clutch kit is engineered to meet or exceed OEM specifications, ensuring seamless compatibility with factory or aftermarket flywheels built to OEM standards. Its rugged construction is ideal for both street performance enthusiasts and fleet operators demanding consistent, long-lasting clutch performance under demanding conditions. The FX400 kit features a high-performance ceramic friction material combined with a sprung hub design that cushions engagement, reducing shock loads and prolonging component life. Engineered for high torque capacity, this clutch assembly delivers confident power transfer during aggressive driving, racing, or heavy-duty hauling. Installation should be performed by experienced technicians, with particular attention paid to the mechanical linkage and pushrod alignment to prevent premature wear or binding. Our shop experience specializing in heavy-duty brakes since 1985 underscores the importance of verifying proper system setup to maximize durability and operational reliability. The FX400 clutch kit is an excellent choice for fleet operations, performance automotive builds, and any application where dependability under stress is paramount.

Features:

• Heavy-duty ceramic friction material for high thermal capacity and long-lasting performance

• Sprung hub design to absorb shock loads and ensure smooth engagement

• Compatible with factory OEM or aftermarket flywheels built to OEM standards

• Designed for Nissan Silvia models with 2.0L SR20DET engine from 1989 to 1998

• Optimized for fleet, truck, and high-performance applications demanding durability and reliability