Early Access Act 1987 Mazda B2600 Hd/race Rigid 4 Pad Clutch Kit Bundle [FgNGrZ59]

ACT 1987 Mazda B2600 HD Clutch Kit

The ACT 1987 Mazda B2600 HD Clutch Kit, featuring the ZT2-HDR4 kit, is a premium solution designed for drivers seeking enhanced performance and durability. This kit includes ACT's most popular Heavy Duty pressure plate, engineered to deliver exceptional performance and longevity. The ACT Heavy Duty pressure plates are renowned for their exclusive diaphragm design, which significantly increases clamp load, reduces deflection, and maximizes clutch life. With a four-stage heat-treating process, these diaphragms ensure unparalleled performance and reliability.

Product Features and Specifications

This kit is equipped with precision cover stampings, providing rigidity and consistency that is essential for heavy-duty applications. The 4-pad rigid race discs are crafted from high-quality, ceramic friction materials, offering excellent grip and heat resistance. The chrome-moly hub is heat-treated for strength and durability, ensuring a long-lasting component. The lightweight, rigid design of the disc allows for quicker shifts and smooth, trouble-free service. Key features include:

• Heavy Duty pressure plate with exclusive diaphragm design
• 4-pad rigid race disc made from high-quality ceramic friction materials
• Chrome-moly hub for strength and durability
• Lightweight, rigid design for quicker shifts and smooth operation

Practical Uses and Benefits

The 4-pad rigid race disc in this kit is well-suited for smaller engines with smaller disc sizes, making it an ideal choice for the 1987 Mazda B2600 HD. With harsher engagement, this disc allows for faster shifting, perfect for those seeking a more responsive driving experience. This kit is not just a replacement part; it's a performance upgrade that enhances your vehicle's overall performance and driving dynamics. By choosing the ACT 1987 Mazda B2600 HD Clutch Kit, you'll enjoy the following benefits:

• Increased clamp load and reduced deflection for better performance
• Quick and smooth shifting with a harsher engagement
• Longevity and reliability through advanced engineering and materials