ARP Auto Racing Camshaft Tower Stud 1561001
Color
Black
Finish
Black Oxide
Material
Chrome Moly Steel
Socket Size
6 Millimeter
Tensile Strength
200000 Pounds Per Square Inch
Thread Size
M6 X 1.0
Under Head Length (IN)
1.825 Inch
Share this page
ARP Auto Racing Camshaft Tower Stud
Camshaft Tower Stud; Ford 4.6/ 5.4 3V Engines; 200000 Pounds Per Square Inch Tensile Strength; M6 x 1.0 Inch Thread Size; 1.825 Inch Under Head Length; 6 Millimeter Socket Size
MPN: 1561001
ARP - The world leader in fastener technology has just released three new Pro Series cam tower stud kits for 1991 and later Ford Modular V8 applications. Each kit features premium grade 8740 studs that are rated at 200,000 PSI tensile strength and the necessary chrome moly 12 point nuts and washers for the application. All ARP studs are centerless ground, heat treated prior to thread rolling and machining and designed to exceed the OEM fasteners in strength and durability. Optimum design, enhanced reliability and increased strength are the main attributes of ARP’s Pro Series cam tower stud kits.
Thread Size: M6 X 1.0
Socket Size: 6 Millimeter
Under Head Length (IN): 1.825 Inch
Tensile Strength: 200000 Pounds Per Square Inch
Finish: Black Oxide
Color: Black
Material: Chrome Moly Steel
Features
- Camshaft Positioning Is Critical On Overhead Cam Engines And ARP Makes Sure That The Cam Towers Are Properly Secured Through Use Of These Durable Bolts And Studs
- Made From 8740 Chrome Moly Steel With Threads Rolled After Heat Treat To Ensure The Optimum Fatigue Strength. Far Superior To OEM Fasteners
- Far Superior To OEM Fasteners
- Limited 90 Day Warranty
Specifications of ARP Auto Racing Camshaft Tower Stud 1561001 | |
Color | Black |
Finish | Black Oxide |
Material | Chrome Moly Steel |
Socket Size | 6 Millimeter |
Tensile Strength | 200000 Pounds Per Square Inch |
Thread Size | M6 X 1.0 |
Under Head Length (IN) | 1.825 Inch |
No questions found. Be the first?
Reviews for ARP Auto Racing Camshaft Tower Stud 1561001(0)
There are no reviews for this product.