The Norbar 16064 Standard Series HT1 – HT6 Hand Torque Multiplier with Sliding Reaction, 1” Square Drive is designed to deliver reliable high-torque output in applications where standard torque tools are not enough. With high multiplication ratios, these multipliers allow operators to use a small torque wrench as the input tool while achieving substantially higher output torque, reducing operator effort and improving control. This makes them particularly useful in applications where the available space is limited and using a large torque wrench would be impractical or impossible.

The range offers mean torque multiplication accuracy of 4%, supporting dependable, repeatable fastening for maintenance, assembly, and shutdown work. For users who need enhanced verification and process visibility, electronic torque transducers can be fitted to provide more precise torque monitoring and support stricter quality control procedures. The sliding reaction design helps users position the reaction point to suit the application, improving flexibility when working around structural obstructions or complex joint layouts. This combination of mechanical advantage and adaptable reaction positioning makes the Norbar 16064 Standard Series HT1 – HT6 Hand Torque Multiplier with Sliding Reaction, 1” Square Drive a practical solution for a wide variety of high-torque tasks. If documented calibration is required, a UKAS accredited calibration certificate may be ordered separately. Made in the UK, the Norbar 16064 Standard Series HT1 – HT6 Hand Torque Multiplier with Sliding Reaction, 1” Square Drive reflects Norbars focus on durable, professional torque solutions.

The Norbar 16064 Standard Series HT1 – HT6 Hand Torque Multiplier with Sliding Reaction, 1” Square Drive is ideal for industrial maintenance, utilities, rail, shipyards, heavy equipment servicing, and plant operations where large fasteners and limited access are common. They excel on flange bolts, structural joints, and critical machinery connections, giving technicians a practical way to achieve accurate, repeatable torque in demanding environments.