T-handle hex key Wera 05023362001

T-handle hex key Wera 05023362001 is an Imperial-size T-handle hex key with a long arm of 15 cm and a short arm of 2 cm. The T-shaped handle transmits high torque in demanding tightening and loosening tasks. The tool features a holding function (HF) that secures the hexagon socket screw on the tool and blades with a special surface treatment for increased corrosion protection and precise fit in the screw head.

Advantages

The ergonomic T-handle fills the palm and positions the fingers in soft rounded recesses to reduce friction losses between hand and handle and enable efficient torque transfer. The holding function keeps hex screws on the key during operation. Blades have a special surface treatment that improves corrosion resistance and ensures an optimum fit in the screw head. The long 15 cm arm offers additional leverage while the short 2 cm arm allows work in confined spaces.

Suitable for

• Tasks requiring high torque transfer on Imperial hex screws
• Maintenance and assembly where a secure grip and precise fit are needed
• Work in tight or confined spaces using the short arm
• Professional and DIY applications that demand corrosion-protected tools

Key specifications

• Brand: Wera
• Model / MPN: 05023362001
• EAN: 4013288208125
• Type: T-handle hex key (Imperial)
• Long arm length: 15 cm
• Short arm length: 2 cm
• Feature: Holding function (HF)
• Blade surface: Special treatment for corrosion protection

How to use

Select the Imperial hex size that matches the screw head and insert the short or long arm into the hexagon socket as required. For higher torque, grip the T-handle with the whole palm and apply force using the long arm for leverage. Use the holding function to keep the screw on the key while positioning or threading. For work in confined spaces, use the short arm and hold the handle closer to the blade to maintain control.

Usage recommendations

Regularly clean and lightly lubricate the blade to maintain the corrosion protection layer; store the tool dry and avoid prolonged exposure to aggressive chemicals to preserve the holding function and surface treatment.