Hex Head Bolt 1/4-20 x 1 Grade 5 10pk

The Hex Head Bolt 1/4-20 x 1 Grade 5 10pk is an industrial-grade fastening solution engineered for critical load-bearing applications in tactical, automotive, and mechanical assembly work. Whether you're rebuilding a rifle chassis, securing armor plate attachment points, or fabricating tactical equipment frames, this Grade 5 bolt delivers the reliability professionals demand. Supplied as a 10-pack, these bolts eliminate the frustration of sourcing individual fasteners mid-project and ensure you maintain spare inventory for field repairs and maintenance cycles.

Grade 5 steel construction provides approximately 60% greater tensile strength than standard Grade 2 bolts, critical when fastening high-stress components under recoil, vibration, or dynamic load conditions. The 1/4-inch diameter with 20 threads per inch (1/4-20) is a universal standard that pairs seamlessly with matching threaded holes or tapped components across platforms. Each bolt features a 7/16-inch hex head for reliable wrench engagement and 1-inch length suited for precision assembly where depth constraints matter—a specification common in suppressor mounts, picatinny rail attachment points, and receiver-mounted accessories. Zinc oxide plating provides corrosion resistance without adding bulk, essential when equipment is stored in vehicles or exposed to moisture during extended operations.

Law enforcement armorers, military contractors, and firearms manufacturers rely on Grade 5 fasteners for applications where bolt failure creates safety or operational liability. This 10-pack format is ideal for maintenance shops maintaining fleet rifles, gunsmiths assembling modular systems, and field technicians who cannot afford to stop work searching for the correct fastener. Installation requires standard 7/16-inch wrenches or socket sets found in any tactical gear kit. Pair these bolts with matching Grade 5 nuts and lock washers for permanent assemblies, or use them standalone in tapped hole applications where component integration demands precision and durability.