100 Lugnuts 1/2 Short Mag Open End

The 100 Lugnuts 1/2 Short Mag Open End by GORILLA represent a professional-grade wheel fastening solution engineered for vehicle maintenance, tire service, and automotive assembly applications. This bulk set of 100 lug nuts addresses the needs of fleet mechanics, tire shops, automotive technicians, and serious vehicle enthusiasts who require reliable, consistent fasteners for multiple vehicles or long-term workshop inventory. Short mag lug nuts are specifically designed for modern wheel designs where standard-length fasteners may protrude excessively, providing a cleaner appearance and reducing snagging hazards.

Constructed from hardened steel with a durable chrome finish, the 100 Lugnuts 1/2 Short Mag Open End feature a 1/2-20 right-hand thread pitch that secures to standard wheel studs with precision and reliability. The 13/16-inch hex head provides optimal grip for standard socket sizes, while the 0.500-inch shank length delivers the compact profile characteristic of short mag fasteners. The open-end design allows for straightforward removal and installation with standard impact wrenches, hand tools, or pneumatic equipment, making these lugs suitable for high-volume service environments. Chrome plating offers corrosion resistance in wet climates and salt-exposure scenarios common in northern regions and coastal areas.

Professional mechanics and service centers benefit most from purchasing the 100 Lugnuts 1/2 Short Mag Open End as a bulk inventory solution, reducing tool changeover and ensuring consistent fastener availability across multiple service bays. These lug nuts are compatible with vehicles featuring 1/2-20 wheel stud patterns and short-mag wheel applications, including many modern sedans, crossovers, and light trucks. Installation requires only standard hex sockets and a torque wrench set to manufacturer specifications—typically 80–120 foot-pounds depending on vehicle make and model. Periodic inspection of the chrome finish ensures longevity in demanding workshop conditions.