#6 Round Blades 6/32in 12 Pack

The #6 Round Blades 6/32in 12 Pack from Allstar Performance is an essential fastener assortment for automotive builders, restorers, and mechanics tackling engine assembly, fuel system work, and electrical connections. These round-head machine screws are engineered to secure critical components where a socket or Phillips head may not fit or where a lower-profile fastening solution is required. Whether you're assembling carburetor linkage, mounting sensors, or securing brake line brackets, having a dedicated supply of 6/32-inch fasteners prevents delays and ensures you maintain proper torque specifications across your project.

These machine screws feature a round Phillips head design that distributes load evenly across the fastening surface, reducing the risk of component damage during installation and removal. The 6/32-inch thread pitch (commonly called 6-32) is a metric-equivalent fastener widely used in OEM automotive assemblies and aftermarket performance applications. Each blade-style screw in this 12-pack is machined to precision tolerances, ensuring consistent engagement with matching tapped holes or nuts. The round head profile allows for flush or slightly recessed mounting, making these screws ideal for applications where clearance is limited or where a finished appearance matters—such as intake manifold gasket bolts, alternator brackets, or custom engine bay dress-up kits.

Experienced mechanics and car builders appreciate having a dedicated stock of 6/32 fasteners on hand; the 12-pack quantity is practical for a single major project or as a replenishment set for the shop. These screws are compatible with 6/32 threaded holes and nut combinations found across domestic and import platforms. Installation is straightforward with any standard Phillips screwdriver—apply moderate, even pressure to prevent bit slip and cross-threading. For critical engine bay applications, torque to manufacturer specifications (typically 5–8 foot-pounds for 6/32 fasteners) using a calibrated wrench to ensure proper clamp load and vibration resistance during engine operation.