U-Bolt

A U-bolt is a bent rod with two parallel threaded legs and a curved or formed crown. It is used to clamp pipe, conduit, round stock, or equipment to a support, typically with nuts and a plate or saddle. The U-bolt is a component in fabricated metal product manufacturing, and its primary function is to secure cylindrical objects to a structure. The working principle involves tightening the nuts on both threaded legs, which draws the supported item against the saddle or support structure. The load capacity depends on the geometry of the bolt, the preload applied, the support conditions, and the direction of service loads. Buyers must specify the rod diameter and thread, inside width, inside height, bend radius, crown form, material, coating, and mating plate. The material options on file are carbon steel and stainless steel. Surface finishes may include plain, zinc-plated, hot-dip galvanized, or other specified coatings. It is essential to confirm all product-specific values, such as strength and performance, against the exact product standard, drawing, approval, or test report from the manufacturer. Safety and load values cannot be inferred from appearance or nominal size; they must be verified with the legal manufacturer or supplier. The RFQ should also state quantity, packaging, inspection, and traceability requirements. This directory listing is for reference only and does not imply certification or compliance. Always verify model-specific details with the supplier before use.

Tightening both legs draws the supported item against the saddle or structure; load depends on geometry, preload, support and service direction. The U-bolt works by creating a clamping force when the nuts are tightened, which presses the pipe or other round object against the saddle or support. The effective load capacity is determined by the bolt's dimensions, material, and the applied torque. Proper installation requires that the U-bolt is correctly sized for the application, and that the nuts are tightened evenly to avoid uneven stress. The service direction and support conditions must be considered to ensure the bolt can withstand the expected loads. Regular inspection is necessary to detect any loosening or deformation that could compromise the clamping function.