COMP Cams Valve Spring Retainer
Valve Spring Retainer; 1.500-1.550 Inch Valve Spring Diameter; 1.500 Inch/ 1.135 Inch/ 0.835 Inch/ 0.635 Inch Retainer Diameters; 10 Degree Lock Angle; Triple Spring; Universal Valve Stem; Set of 12
MPN: 73612
Upgrading to COMP Cams(R) titanium Valve Spring retainers will often allow you to gain speed and power because titanium retainers are lighter and stronger than most Steel ones. Additionally, our Super Lock™ titanium design gives you confidence. No longer will you be preoccupied with splitting a retainer and tearing up an Engine when turning 10,000 RPM. COMP Cams(R) titanium retainers are made from the finest 6AL4V alloy for maximum stiffness and minimal warpage. The 6AL4V alloy is heat treated and processed to a stringent tolerance that makes it so strong that it is even used in the aircraft industry. Other manufacturers purchase titanium from metal brokers and produce “cheap” retainers, but COMP Cams(R) titanium retainers will not deform. From a standing idle to the most extreme RPM, our titanium retainers perform flawlessly and without compromise. Better material consistency, superior grain structure, bullet proof durability and designed for both 7 Degree and 10 Degree lock angles.
Material: Titanium 6AL4V Alloy
Lock Angle: 10 Degree
Valve Stem Size: Universal
Spring Type: Triple
Valve Spring Diameter (IN): 1-1/2 To 1.55 Inch
Outer Diameter Of Retainer (IN): 1-1/2 Inch
Intermediate Diameter Of Retainer (IN): 1.135 Inch
Inner Diameter Of Retainer (IN): 0.635 Inch
Quantity: Set Of 12
Features
- Made From 6AL4V Alloy For Maximum Strength And Toughness
- Limited 1 Year Warranty
| Specifications of COMP Cams Valve Spring Retainer - 736-12 |
| Inner Diameter Of Retainer (IN) |
0.635 Inch |
| Intermediate Diameter Of Retainer (IN) |
1.135 Inch |
| Lock Angle |
10 Degree |
| Material |
Titanium 6AL4V Alloy |
| Outer Diameter Of Retainer (IN) |
1-1/2 Inch |
| Quantity |
Set Of 12 |
| Spring Type |
Triple |
| Valve Spring Diameter (IN) |
1-1/2 To 1.55 Inch |
| Valve Stem Size |
Universal |
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