Cross-handle with a displacable drive.
Wera Zyklop T-handle for higher torque transfer. For 1/4" square sockets with ball lock. Adjustable drive, therefore more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 1/4" Zyklop T-handle...
Wera Zyklop T-handle for higher torque transfer. For 1/4" square sockets with ball lock. Adjustable drive, therefore more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 1/4" Zyklop T-handle...
Wera ZyklopT-handle for higher torque transfer. For 3/8" square sockets with ball lock. Adjustable drive for more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 3/8" Zyklop T-handle with adjustable...
Wera ZyklopT-handle for higher torque transfer. For 3/8" square sockets with ball lock. Adjustable drive for more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 3/8" Zyklop T-handle with adjustable...
Cross-handle with a displacable drive.
Wera Zyklop T-handle for higher torque transfer. For 1/2" square sockets with ball lock. Adjustable drive for more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 1/2" Zyklop T-handle with...
Wera Zyklop T-handle for higher torque transfer. For 1/2" square sockets with ball lock. Adjustable drive for more flexible usage. Out of high quality chrome vanadium steel, matt chrome-plated. Features and Benefits: • 1/2" Zyklop T-handle with...
3/8" VDE-nuts with enhanced security through yellow insulation core, which in the event of damage to the outer red VDE insulation layer is visible. Pieces tested tool in accordance with IEC 60900 at 10 000 V for safe working in the admissible voltage...
3/8" VDE-nuts with enhanced security through yellow insulation core, which in the event of damage to the outer red VDE insulation layer is visible. Pieces tested tool in accordance with IEC 60900 at 10 000 V for safe working in the admissible voltage...