Set Screw 10-32 x 3/8in 10pk

The Set Screw 10-32 x 3/8in 10pk by Allstar Performance provides precision fastening solutions for automotive builders and mechanics working on engine modifications, carburetor tuning, and aftermarket component installation. These metric-compatible set screws are engineered for applications where a flush, headless fastener is required to secure adjustment points, retain linkage components, or lock down critical engine bay hardware without the protrusion of a traditional bolt head. Whether you're dialing in fuel mixture screws, securing throttle cable brackets, or locking idle stops on a performance engine build, this 10-piece pack ensures you have reliable fasteners on hand for common adjustment and retention tasks.

Manufactured to tight tolerances, the 10-32 thread pitch and 3/8-inch length make these set screws ideal for shallow counterbores and precision cavity work typical in modern engine builds and carbureted applications. The headless design allows installation in confined spaces where traditional screws would not fit, and the hex socket drive provides positive engagement for accurate torque application without stripping. Allstar Performance's quality standards ensure consistent material composition and thread form across all ten pieces, eliminating the frustration of mismatched or undersized fasteners that can compromise adjustment stability or cause premature loosening under engine vibration.

Professionals and serious enthusiasts building small-block and big-block engines, fuel-injected or carbureted systems, will appreciate having multiple set screws in their toolkit to address retention needs across intake manifolds, carburetor bases, distributor housings, and accessory brackets. The compact 10-pack is economical for both single-project builds and shop environments where fastener redundancy prevents downtime. Installation is straightforward using a hex key or Allen wrench; standard practice calls for applying thread-locking compound on critical fasteners to prevent vibration-induced loosening during high-RPM operation.