TORQLITE RT40 3EA inline reaction bar pad is a precision-engineered accessory designed to enhance torque support and reaction protection for pneumatic and hydraulic torque tools. Developed by TORQLITE, a specialist in torque solutions, this reaction bar pad delivers stable counterforce management across various tightening and fastening applications. The “3EA” designation indicates a set of three interchangeable pad elements, allowing users to select the appropriate pad thickness or material to suit different torque reaction zones and tool orientations.
Each pad in the RT40 3EA set features durable, wear-resistant materials and precisely machined surfaces that ensure consistent seating against tool housings or fixture surfaces. This minimizes slippage and distributes reaction forces evenly during operation, reducing operator fatigue and safeguarding equipment from damaging torque spikes. The pad's engineering also includes integrated alignment features, enabling quick attachment and secure positioning on reaction bars without additional tools—streamlining changeovers during tool configuration or maintenance.
The inline reaction bar pad design prioritizes compact form factor and integration flexibility. Its low-profile build allows it to fit within tight workspaces while accommodating standard reaction bar geometries. Users benefit from multi-surface compatibility, as the three pad variations cater to flat, angled, or cylindrical tool bodies—making the RT40 kit suitable for diverse torqueing tasks in assembly line, automotive, aerospace, and heavy machinery applications.
To ensure reliable performance and longevity, each pad is crafted from high-grade polymer or composite materials resistant to abrasion, chemical exposure, and temperature fluctuations. They maintain their structural integrity under repeated load cycles, preserving consistent reaction support over extended usage periods. With the TORQLITE RT40 3EA reaction bar pad set, technicians and engineers gain a versatile, maintenance-friendly solution for managing torque dynamics—improving operator comfort, tool precision, and overall assembly quality in demanding industrial environments.
