Elegant Qsc Stage 3 Ceramic Clutch Disc Fits Nissan 03-06 350z Infiniti G35 3.5l Vq35de [limited Qty] [Zm15ys2x]

QSC Stage 3 Ceramic Clutch Disc for Nissan 03-06 350Z & Infiniti G35

The QSC Stage 3 Ceramic Clutch Disc is a premium upgrade for your Nissan 03-06 350Z or Infiniti G35, designed to enhance performance and durability. Engineered with high-quality ceramic friction materials, this clutch disc offers exceptional grip and heat resistance, ensuring smooth engagement and reliable performance. With its 6-puck design and robust spring system, it delivers increased torque and holding capacity, making it an ideal choice for serious enthusiasts seeking to maximize their vehicle's potential.

Key Product Specifications

Crafted from premium ceramic friction materials, this QSC clutch disc boasts a high coefficient of friction, providing quick engagement and efficient shifting. The 6-puck design, coupled with the disc's overall power and durability, ensures a seamless driving experience. This disc is specifically engineered to handle high-torque applications, making it perfect for those who demand the best from their vehicles.

• Material: Premium ceramic friction materials
• Design: 6-puck with robust spring system

Application and Benefits

The QSC Stage 3 Ceramic Clutch Disc is a perfect fit for the 03-06 Infiniti G35, 07 Infiniti G35 Coupe, and 03-06 Nissan 350Z. This high-performance clutch disc is not just for show; it's designed to improve your daily driving experience. With its quick engagement and higher heat capacity compared to organic discs, you'll enjoy enhanced torque delivery and acceleration. This product is ideal for enthusiasts who want to push their vehicles to the limit without compromising on reliability.

• Applications: 03-06 Infiniti G35, 07 Infiniti G35 Coupe, 03-06 Nissan 350Z
• Benefits: Quick engagement, higher heat capacity, enhanced torque delivery

Don't miss out on the opportunity to elevate your driving experience with the QSC Stage 3 Ceramic Clutch Disc. Professional installation is recommended, and a break-in period of 500 miles is required for optimal performance.