Alum Angle Stock 1in x 3/16in x 16ft

The Alum Angle Stock 1in x 3/16in x 16ft by ALLSTAR PERFORMANCE is a versatile aluminum structural component designed for fabrication, reinforcement, and assembly applications across tactical equipment, vehicle builds, and field repairs. Whether you're constructing custom gear mounts, reinforcing tactical kit frames, or building modular platforms in the field, this aluminum angle stock provides the structural integrity needed for demanding environments. Law enforcement, military personnel, and equipment builders rely on quality aluminum extrusions to create durable, lightweight solutions that meet rigorous operational standards.

Constructed from high-grade aluminum, this 16-foot angle stock features a 1-inch x 3/16-inch profile that balances weight and load-bearing capacity for both structural and finishing applications. The 3/16-inch thickness provides adequate material for welding, bolting, or fastening without excessive weight—critical when building portable tactical systems or vehicle-mounted equipment. Aluminum's corrosion resistance makes it suitable for field conditions, coastal environments, and extended outdoor storage, while its machinability allows for custom drilling, cutting, and fabrication to exact specifications. The 16-foot length minimizes waste and enables multiple component fabrication from a single stock.

Tactical professionals, equipment fabricators, and field engineers benefit most from this angle stock when constructing custom mount systems, reinforcing equipment frames, or fabricating modular components that demand precision and reliability. The lightweight profile makes it ideal for portable platforms where every ounce matters, while the extended 16-foot length reduces the need for multiple orders on larger projects. Installation is straightforward via standard fastening methods—bolting, riveting, or welding—and the aluminum composition ensures compatibility with both field repairs and permanent installations across civilian and professional tactical applications.