Allstar Performance ALL64305 Clevis for Suspension Limiter, 3/8 Inch Bore, 12mm x 1.25 Right-Hand Female Thread, Steel with Zinc Plated Finish

The Allstar Performance ALL64305 clevis is designed for use in suspension limiting systems, providing reliable connection points with its durable steel construction. This clevis features a 3/8 inch bore size and a 12mm x 1.25 right-hand female thread, making it suitable for various automotive applications requiring secure and adjustable linkages. Its 1/2 inch slot allows for flexible mounting options, ensuring compatibility with different suspension components. The zinc-plated finish offers corrosion resistance, extending the lifespan of the component in demanding environments.

Constructed from high-quality steel, this clevis is engineered for strength and durability. The precise threading and robust design facilitate easy installation and secure fastening. Whether used in racing, off-road, or custom vehicle builds, this clevis provides a dependable connection point for suspension limiters, helping to improve vehicle handling and safety. Its compact size and standardized features make it an ideal choice for professional automotive technicians and enthusiasts alike.

This component is suitable for applications that demand high strength and corrosion resistance, making it a versatile addition to your suspension system. The all-steel construction combined with the zinc plating ensures longevity and reliable performance, even under the most challenging conditions. Easy to install with compatible hardware, the ALL64305 clevis is a critical part for maintaining proper suspension geometry and vehicle stability.

Features:

• Bore Size: 3/8 inch for versatile connection options

• Thread Size: 12mm x 1.25 right-hand female thread for secure fastening

• Material: Steel for strength and durability

• Finish: Zinc plated for corrosion resistance

• Slot Width: 1/2 inch for flexible mounting

• Application: Suitable for suspension limiters and linkage systems

• Construction: Reliable and durable for demanding automotive environments