SB FORD 289 302W IRON TIMING COVER W/PUMP BOLT KIT BLK HEX

Description

Achieve dependable engine timing cover fastening that maintains optimal engine performance and prevents leaks. This ARP bolt kit specifically addresses the need for secure installation on SB Ford 289 and 302 W iron timing covers, eliminating common issues caused by inferior fasteners.

Each bolt in this kit is engineered to provide superior clamping force, ensuring the timing cover remains firmly sealed under varying engine conditions. The black hex design enhances torque application accuracy, reducing the risk of over-tightening or stripping during installation.

• Material and Compatibility: Made for SB Ford 289 and 302 W iron timing covers, guaranteeing perfect fitment and compatibility with original equipment.
• Weight and Size: At 0.6 kg total weight and dimensions of 25.4 cm length by 15.2 cm width and 1.9 cm height, the kit offers a balanced combination of durability and space efficiency.
• Brand Reliability: Manufactured by ARP, a leader in engine fasteners known for precision engineering and high-quality materials, ensuring long-term durability and resistance to engine vibration.
• Pump Bolt Inclusion: Includes pump bolts, providing a comprehensive fastening solution that covers all critical points for timing cover installation.

These specifications translate into a tangible benefit: consistent sealing integrity that protects internal engine components and maintains timing accuracy. The compact dimensions facilitate straightforward installation in tight engine compartments without compromising strength.

Designed for engine builders and mechanics who demand precision and reliability, this bolt kit supports efficient assembly and maintenance processes. Its tailored fit reduces installation time and the chance of component damage.

Investing in this ARP bolt kit assures a secure, professional-grade fastening solution that withstands the stresses of high-performance engine operation. It is an essential component for maintaining engine integrity and extending service intervals.