Nuts

Tightened onto a bolt or threaded rod to securely join materials together.

Designed to meet military specifications for military and aerospace applications.

Designed to withstand high pressures and form a complete seal.

Designed with a smooth, standard hex shape and clean internal threads.

Designed with a thin, lightweight hex shape for securing items to panels.

Distribute pressure evenly when fastening which makes them ideal for securing screws in non-standard or oversized holes.

Nylon insert wing nuts reduce vibration and unwanted loosening.

Designed with a full‑form wing shape to allow easy manual installation and removal.

Designed with a thin stamped wing profile for lightweight hand tightening.

Designed with a built‑in washer to increase bearing surface and distribute load.

Conceal and protect protruding screw threads while fastening parts together.

Protect and conceal screw threads while the nylon insert helps reduce vibration.

Designed with a finished cap that allows the bolt or stud to pass through while protecting exposed threads.

Designed with a built‑in washer that distributes load and protects the mating surface while providing a finished appearance.

Nylon insert helps reduce vibration and unwanted loosening over time.

Designed with a hex shape with slots on top, where cotter pin can pass through for secure locking.

Designed with a low‑profile threaded locking ring.

Designed with an integral flange that spreads load and resists loosening.

Designed with a captive toothed washer that bites into surfaces to prevent loosening.

Designed with a deformed thread section that creates friction to resist loosening.

Designed with a flexible steel cage and centered nut that snaps into square holes.

Designed with a wider, stronger hex shape in a thin profile.

Designed with a slim hex body for low‑profile locking.

Designed with a recessed shank and knurled edge that presses into sheet metal.

Designed with a long, same‑size threaded hex shape for extending threaded rods.

Designed with two different thread sizes inside one long hex body.

Designed with a regular hex shape and standard thickness for general fastening.

Designed with a precision‑controlled thread form and defined dimensional tolerances to meet military specification performance requirements.

Designed with a reduced hex size for wrenching in tight spaces.

Designed with a wide flat head that sits flush against the mounting surface.

Designed with a reduced head diameter to minimize surface coverage.

Designed with a uniform square form and full thickness for stable load distribution.

Designed with a four‑sided shape that resists rotation when tightened and offers improved grip.

Designed with a three‑prong layout to provide balanced grip with easier installation.

Designed with a four‑prong configuration to increase holding strength and rotation resistance.

Designed with a six‑prong pattern to maximize pull‑out resistance in softer materials.

Designed with a hex body that helps resist rotation during welding.

Designed with a round weld base that provides uniform contact for consistent positioning and secure attachment during welding.

Designed with a flat face for reliable resistance welding to sheet metal.

Designed with a locating tab that holds position during welding.

Designed with a square base that helps resist rotation and maintain alignment during welding.

Designed with a right‑hand thread form for standard tightening direction on wheel studs.

Designed with a low‑profile, flat spring body, flat type spring nuts create a threaded attachment point on thin panels where minimal clearance is required.

Designed with a resilient spring‑steel form that grips panel edges or channels, Type J spring nuts offer secure thread retention and vibration resistance.

Designed with a U‑shaped spring configuration, Type U spring nuts snap over panel edges to deliver fast, tool‑free threaded fastening in sheet‑metal assemblies.