2in O.D. Aluminum 30 Deg ree Bend - Polished

The 2in O.D. Aluminum 30 Degree Bend - Polished is a precision-engineered tubular component designed for tactical equipment fabrication, firearms accessories, and custom build applications where structural integrity meets weight efficiency. This mandrel-bent aluminum tube serves law enforcement armorers, military equipment manufacturers, and civilian builders who demand repeatable performance and reliable dimensional consistency. Its 30-degree geometry and 2.5-inch radius make it ideal for mounting solutions, suppressor baffles, barrel extensions, and handguard rail systems where precise angles are critical to fit and function.

Constructed from high-grade aluminum with a polished finish, this bend features a 2-inch outer diameter, 1.8mm wall thickness, and 6.5-inch leg length—specifications that balance structural rigidity with minimal weight penalty. The mandrel-bend process ensures no material thinning or kinking at the bend radius, preserving tube integrity under stress and vibration. The polished aluminum resists corrosion while remaining machineable for secondary operations like drilling, threading, or welding. With a compact 15.2-inch overall length and 0.85-pound weight, this component integrates seamlessly into modular platforms and custom builds without compromising load ratings or thermal stability.

Professional gunsmiths, equipment fabricators, and tactical armories rely on precision bends like this for repeatable, dimensionally accurate builds. The 30-degree angle and standardized dimensions ensure compatibility with common mounting footprints and rail systems across AR-platform rifles, precision rifles, and modular carbines. Installation requires basic metalworking skills—drilling mounting holes, welding (if required), or precision fitting into existing assemblies. This mandrel-bent tube performs equally well in suppressor signature reduction systems, muzzle device extensions, or foregrip mounting brackets where the precise angle geometry directly impacts ergonomics and functionality. Verify bore clearance and mounting interface geometry before final assembly.