S/S Bolt Kit - 12pt. (5) 6mm x 1.00 x 45mm

The ARP Stainless Steel Bolt Kit — 6mm x 1.00 x 45mm, 12-point head — delivers precision fastening for applications demanding corrosion resistance and exacting tolerances. This five-piece set features polished stainless steel construction, offering superior performance in environments where standard hardware fails: salt-air exposure, high-humidity storage, and demanding field conditions. The 12-point head geometry provides improved grip surfaces compared to 6-point designs, reducing stripping risk during installation and removal cycles common in field maintenance and assembly work.

The 6mm diameter with 1.00mm pitch threading allows precise engagement across standard metric fastening applications. At 45mm overall length, these bolts fit compact assembly spaces while maintaining sufficient engagement depth for reliable load retention. The polished finish not only enhances corrosion resistance by sealing the stainless matrix but also simplifies visual inspection for contamination or damage during pre-mission equipment checks. Weight of only 0.18 lbs per set ensures negligible addition to kit loads, making these bolts ideal for weight-conscious operators and long-duration operations.

Professionals in tactical equipment assembly, weapon platform customization, and gear maintenance rely on ARP fasteners for their consistency and material purity. The universal design of this kit suits manufacturers and field users maintaining everything from modular weapon systems to precision optics mounts and stabilization hardware. For operators working in corrosive environments or managing equipment with zero tolerance for rust-induced failure, this bolt kit represents baseline insurance against preventable equipment degradation.

ARP's stainless steel fasteners are recognized across motorsports and high-reliability industries for meeting exacting specification standards. The five-piece quantity allows replacement of worn fasteners while maintaining spares for contingency repairs or future platform modifications.