L-shaped hex key Cimco 110604 Metric 9 pc(s)

The Cimco L-shaped hex key set contains nine metric keys designed for precision work and accessibility in confined spaces. Each hex key is manufactured from high-quality steel and formed into an L-shape to provide both reach and torque for tightening and loosening hex fasteners. The set is compact and intended to be used wherever metric hex screws are encountered, offering a simple, durable solution for routine maintenance and assembly tasks.

Advantages

The hex keys are made from hardened steel to resist wear and maintain hex profile accuracy during repeated use. The L-shaped design delivers increased leverage on the long arm while allowing the short arm to fit into tight recesses. The set includes a range of commonly used metric sizes to cover typical workshop and household needs. A compact arrangement keeps the keys organized and reduces the chance of loss.

Suitable for

• Mechanical assembly and maintenance of machinery and equipment
• Furniture assembly and tightening of household fixtures
• Bicycle maintenance and component adjustments
• Electronics housing and small appliance repairs where metric hex screws are used

Key specifications

• Number of pieces: 9
• System: Metric
• Material: High-quality hardened steel
• Design: L-shaped (short and long arm configuration)
• Finish: corrosion-resistant surface treatment

How to use

Select the hex key size that fits snugly into the hex socket of the fastener to avoid rounding. Insert the short arm for increased torque or use the long arm for extended reach and leverage. Apply steady, controlled force and avoid excessive bending or twisting that could deform the tool. After use, clean the keys if necessary and store them in their holder to keep sizes organized and protected.

Usage recommendations

Use the correct metric size to prevent damage to fasteners; inspect keys periodically for wear and replace any that show rounded edges. For high-torque applications, use the long arm for leverage while keeping hands clear of potential pinch points.