ARP 208-4307 Head Stud Kit for Honda F22A, F22B, F23A, and H23A Engines

Vehicle Fitment

• 1990-2002 Honda Accord (F22A1, F22A6, F22B1, F22B2, F22B6, F23A1, F23A4)
• 1992-1996 Honda Prelude (H23A1)
• 1996-2001 Honda CR-V (F23A1)
• 1997-2001 Honda Prelude (H23A1)

Features

• Manufactured from premium-grade 8740 chromoly steel
• Heat-treated to a tensile strength of 200,000 psi
• Precision centerless ground for optimal concentricity
• Thread-rolled to Mil-S-8879 specifications
• Black oxide finish for enhanced corrosion resistance
• Includes hardened parallel-ground washers for uniform load distribution
• 12-point nuts for improved wrenching clearance
• Designed to eliminate head lift and protect engine block threads

Specifications

• Material: 8740 chromoly steel
• Tensile Strength: 200,000 psi
• Thread Size: M10 x 1.5
• Socket Size: 12mm 12-point, 4mm Allen
• Finish: Black oxide
• Fastener Style: Stud
• Fastener Nut Style: 12-point
• Compatibility: OEM cylinder head and engine block

Included Components

• 10x Head studs
• 10x Nuts
• 10x Hardened parallel-ground washers

Product Description

The ARP 208-4307 head stud kit is engineered for the 1990-2002 Honda Accord, 1992-1996 Honda Prelude, and 1996-2001 Honda CR-V, featuring the F22A, F22B, F23A, and H23A engines. Constructed from premium-grade 8740 chromoly steel and heat-treated to a tensile strength of 200,000 psi, these studs offer exceptional durability and reliability, making them ideal for high-performance applications.

This kit includes 10 head studs, 10 nuts, and 10 hardened parallel-ground washers. The 12-point nuts provide improved wrenching clearance, facilitating easier installation. These studs are designed to eliminate head lift and protect the threads in your engine block, ensuring the integrity of the cylinder head assembly under extreme conditions.

Installation is straightforward, and it's recommended to follow the manufacturer's torque specifications for proper installation. This kit is a must-have for enthusiasts looking to enhance the durability and performance of their engine build.