AR200-2804 Arp Top Fuel Flywheel Bolts 12 Pt 8740 200,000 Psi Hemi

Description

Maintaining the integrity of your engine’s flywheel connection is critical for high-performance and longevity. The TOP FUEL FLYWHEEL BOLTS from ARP specifically address the need for bolts capable of handling extreme stress without failure, ensuring your engine’s power transfer remains secure under intense conditions.

These bolts are manufactured from ARP’s proprietary 8740 chromoly steel, which is heat-treated to achieve a tensile strength of 200,000 psi. This exceptional material strength means the bolts resist stretching and fatigue, providing a reliable clamping force that prevents loosening during high RPM and heavy load scenarios.

The 12-point bolt design allows for precise torque application and enhanced engagement with the flywheel, reducing the risk of rounding or stripping under tightening. Measuring 17.80 cm in length, these bolts offer optimal depth for secure fastening in HEMI engine configurations, ensuring compatibility with OEM specifications and aftermarket setups.

Weighing 0.4 kg, these bolts provide a balance between strength and manageable weight, minimizing unnecessary mass in engine assemblies where performance gains are critical. Their dimensions—12.70 cm in width and 2.20 cm in height—reflect a robust build designed to withstand the mechanical stresses typical of high-performance flywheel applications.

Installation of these flywheel bolts improves the durability of the engine’s rotational components, reducing the likelihood of mechanical failure that can lead to costly repairs or downtime. Their design supports consistent torque retention, which is crucial for maintaining engine timing and reducing vibrations.

With ARP’s legacy of precision engineering and material excellence, these TOP FUEL FLYWHEEL BOLTS deliver a dependable fastening solution tailored for HEMI engines where high torque and vibration resistance are non-negotiable. Trust in bolts designed specifically to meet the demands of extreme engine performance.