5/8 Heim Joint Rod End Kit 2 Pair with Right and Left Hand Threads, .625 Chromoly Panhard Joints with Spacers, Jam Nuts and Tube Adapters for Steering, Suspension and Traction Bars

Precio habitual 118.87 Precio de oferta317.00Ahorras198.13
SKU: VXB0FNVPGSM4
UPC: 00193019403518





5/8 Inch Heim Joint Rod End Kit for Steering and Suspension
✔️ 2 Pair 0.625 Inch RH and LH Chromoly Heim Joints with Spacers

This 5/8 inch heim joint rod end kit is made for steering, suspension, and traction bar links where solid strength and smooth articulation are needed. Supplied as a 2 pair set with full hardware, it’s commonly used on panhard bars and custom linkage builds for hot rods and performance vehicles.

✅ Pack size: 2 pair total, includes 4 heim joints with spacers, tube adapters, and jam nuts
✅ Two right hand and two left hand 5/8"-18 threaded rod ends
✅ Heat-treated chromoly construction with hard chrome plated finish
✅ Heavy-duty static load capacity rated up to 17,955 lbs
✅ 5/8 inch bore for strong, stable linkage performance
✅ Includes misalignment spacers for improved angular movement
✅ Designed for MIG and TIG welding during fabrication
✅ Handy for steering links, suspension arms, traction rods, and linkage joints

Dimensions y especificaciones

Rod End
Thread Size 5/8"-18
Shank Diameter 0.625 in
Ball Bore 0.625 in
Static Load 17,955 lbs

Adaptador de tubo
; OD del tubo: OD ,250 pulgadas
; espesor de la pared: 0,120 pulgadas

💡 Why are 5/8 inch chromoly heim joints a popular choice for steering and suspension links?
5/8 inch chromoly heim joints are used when you need a compact joint that still handles real suspension and steering loads.

  • El acero cromolibdeno resiste la fatiga provocada por las vibraciones y los impactos

  • Right and left hand threads allow quick alignment tuning

  • Spherical design supports smooth angular movement

  • Los tamaños estándar de los tubos facilitan la fabricación y la soldadura

Este kit es una opción muy práctica cuando se busca una resistencia fiable, un ajuste preciso y un rendimiento estable en sistemas de dirección o suspensión sometidos a un uso habitual en condiciones reales.