Torx T15 Key (long), Dedra, CRV steel, model 06F115

Long Torx T15 key by Dedra, made from chromium-vanadium (CRV) steel, model 06F115. This elongated T15 key is designed to engage T15 Torx fasteners with improved reach and leverage compared to standard short keys. The longer shank facilitates access to recessed screws and tight spaces commonly encountered in automotive assemblies, electronic devices and mechanical equipment. The solid CRV construction provides a balance of hardness and toughness for repeated use in workshop and home repair tasks.

Advantages

The extended length gives better access to hard-to-reach fasteners and allows greater torque application without requiring additional extensions. CRV steel construction ensures wear resistance and reliable engagement with Torx profiles to reduce cam-out. The simple, single-piece design minimizes flex and enhances durability during frequent tightening and loosening operations.

Suitable for

• Automotive interior and trim fasteners
• Electronics assembly and disassembly
• Mechanical maintenance in workshops
• Home repair tasks requiring extended reach

Key specifications

• Tool type: Long Torx key
• Size: T15 (Torx)
• Material: Chromium-vanadium (CRV) steel
• Finish: heat-treated, machined tip for accurate fit
• Design: single-piece long shank for improved reach and leverage

How to use

Insert the Torx T15 tip fully into the Torx screw recess to ensure full engagement of the star profile. Apply steady turning force, keeping the tool aligned with the screw axis to avoid slipping. The extended shank allows reaching recessed or obstructed fasteners; if higher torque is required, use a suitable holder or extension with care to maintain proper tip engagement. Inspect the tip before use and replace the tool if the profile becomes rounded.

Usage recommendations

Use the long Torx T15 key for tasks where reach and controlled torque are needed. Store the tool in a dry place to prevent corrosion and avoid using excessive impact force that can damage the Torx profile. For precision electronics work, ensure correct alignment and consider a shorter key if access allows to improve torque control.