Ballast Bracket 2in Square

The U-B Machine Ballast Bracket 2in Square is a heavy-duty clamp-on mounting solution engineered for securing loads to 2 x 2 inch square tube structural elements. This steel ballast bracket features a black powder coat finish that provides corrosion resistance and a professional appearance across industrial, construction, and specialized equipment applications. Built to U-B Machine's exacting standards, this bracket delivers the structural integrity required in demanding field conditions.

Constructed from steel with a black powder coat finish, the bracket measures 3.9 x 2.25 x 4.55 inches and weighs 1.22 pounds, making it a compact yet robust fastening component. The clamp-on design allows for quick installation and adjustment without welding or permanent modification to the frame or tube structure. This versatility is critical in field operations where equipment reconfiguration is frequent or where structural integrity must be preserved. The powder coating provides a durable protective barrier against rust and UV degradation, extending service life even in exposed outdoor environments.

This ballast bracket serves professionals and technicians who need reliable load mounting on square tube frames—including vehicle recovery systems, equipment racks, light towers, and specialized trailers. The square tube compatibility and clamping mechanism ensure repeatable positioning and secure hold under operational stress. For operators requiring modular, non-permanent mounting solutions that maintain structural continuity, the U-B Machine ballast bracket delivers proven reliability across civilian and professional applications.

Square tube mounting brackets are industry-standard components across construction, agricultural, and equipment mounting sectors. The clamp-on ballast bracket design offers advantages over welded alternatives: minimal downtime for installation, adjustability for field modifications, and no heat damage to painted or coated surfaces. This bracket's compact footprint and straightforward geometry make it an efficient choice for weight distribution systems and load-bearing frame applications.