Product Description:
Twelve polished stainless steel 12-point bolts and matching washers finish a compatible Small Block Chevy intake installation. The bolts use 3/8-16 threads and a one-inch underhead length.
| Producer | ARP |
|---|---|
| Product type | Intake manifold bolt kit |
| Application | Traditional Chevrolet small-block with compatible OEM-style intake |
| Material | Stainless steel |
| Finish | Polished |
| Head / wrenching style | 12-point |
| Condition | New performance part |
| Traditional Chevrolet Small Block | Compatible intake requiring 3/8-16 x 1.000-inch bolts |
|---|
Select by the installed engine and component configuration. Vehicle year alone does not establish compatibility, particularly after an engine swap.
- 12 intake manifold bolts
- Companion washers
The intake's mounting arrangement determines the correct hardware. Check thread engagement and bolt-head clearance before selecting fasteners for a replacement or aftermarket manifold.
| Thread | 3/8-16 |
|---|---|
| Underhead length | 1.000 inch |
- Compatible traditional small-block OEM-style intake application. Confirm later head and manifold patterns individually.
- Inspect the fasteners, mounting surfaces and threaded holes before assembly.
- Trial-fit the hardware and verify seating, usable thread depth and clearance before final tightening.
- Follow the current kit and component instructions for lubricant, thread treatment and tightening sequence.
What intake pattern is this stainless kit intended for?
The compatible traditional small-block OEM-style intake using 3/8-16 fasteners.
How many stainless intake bolts are included?
Twelve bolts with companion washers.
What is supplied with this intake manifold bolt kit?
12 intake manifold bolts; Companion washers.
What finish and wrenching style should I expect?
The hardware has a polished finish and 12-point wrenching style.
What should I verify for this intake manifold bolt kit before assembly?
Compatible traditional small-block OEM-style intake application. Confirm later head and manifold patterns individually.
