Viral Act 6 Pad Sprung Race Disc | 1990-1991 Acura Integra (6220112) Collection [6IYrdi74]

ACT 6 Pad Sprung Race Disc: Power and Performance

Introducing the ACT 6 Pad Sprung Race Disc, specifically designed for the 1990-1991 Acura Integra. This high-performance disc is engineered to enhance your vehicle's braking capabilities, offering aggressive engagement and quick shifts. With a lightweight rigid design and premium ceramic friction materials, this disc provides moderate wear rates and exceptional heat tolerance. It's perfect for high-horsepower street or race use, ensuring that your Acura Integra maintains its performance edge.

Key Features

• Product Weight (lbs.): 3.1
• Disc Material: Ceramic
• Diameter (Inches): 8.7
• Diameter (Millimeters): 220
• SFI: 1.1

Experience the benefits of the ACT 6 Pad Sprung Race Disc, designed for both strength and reliability. The premium ceramic friction materials provide a moderate wear rate and high heat tolerance, ensuring long-lasting performance. The lightweight rigid design and chromoly hub, which is heat-treated for strength and durability, contribute to the overall effectiveness of this disc. With a burst strength that holds 28% more torque than typical organic materials, this disc is built to withstand the demands of high-performance driving.

Unique Design and Applications

• Aggressive engagement, quick shifts, mild to moderate gear rattle
• Premium ceramic friction materials provide moderate wear rates and high heat tolerance
• High burst strength and holds 28% more torque than typical organic materials
• Utilizes wraparound spring windows, thicker retainer stampings, and a heat-treated spring steel drive plate to provide support and increase strength

This ACT disc is recommended for use in the 1990-1991 Acura Integra, ensuring a perfect fit and optimal performance. It comes with a comprehensive ACT 1-Year Limited Warranty, giving you peace of mind with your investment. Upgrade your Acura Integra today with the ACT 6 Pad Sprung Race Disc and experience the difference in both braking performance and overall driving satisfaction.