Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 6.300" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 6.300" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 6.200" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 6.200" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.225" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.225" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.175" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.175" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.125" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.125" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.075" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.075" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.025" long Hi-Tech 5/16" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.025" long Hi-Tech 5/16" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.425" long Hi-Tech 3/8" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.350" long Hi-Tech 3/8" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.350" long Hi-Tech 3/8" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.250" long Hi-Tech 3/8" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.250" long Hi-Tech 3/8" diameter pushrod handles...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, these 8.175" long Hi-Tech 3/8" diameter pushrods handle...
Constructed from one piece of seamless .080" wall chromemoly steel then black oxide coated and heat-treated, this 8.175" long Hi-Tech 3/8" diameter pushrod handles...
Precision machined from chromemoly steel then black oxided, these 7 degree retainers are designed specifically for GM GEN III LS applications with our 26915/26918...
Valve springs with larger diameters require retainers to handle the higher pressures developed by the springs. COMP Cams steel retainers are precision machined from...
Precision machined from chromemoly steel then black oxided, this 7 degree retainer is designed specifically for GM GEN III LS applications with our 26915/26918...
We use cookies to improve your experience on our website. Read about how we use cookies in our Privacy Policy. By browsing this website, you agree to our use of cookies.
privacy policy