Hex bit FELO 5.0 mm, 25 mm length (FL02450010)

FELO hex bit 5.0 mm, 25 mm length is a precision-formed hex (imbus) screwdriver bit designed for use with bit holders, compact screwdrivers and cordless drivers. The bit features a 5.0 mm tip diameter and a 25 mm overall length, providing a reliable 6-sided profile that fits standard hex socket screws and bolts. Manufactured to tolerances suitable for both professional and DIY applications, it supports accurate torque transfer and consistent engagement with fasteners.

Advantages

The bit’s precisely machined hex profile reduces cam-out and wear, while the 25 mm length offers a balance between reach and control in confined spaces. Compatibility with common bit holders and quick-change chucks allows fast swapping during assembly and repair. Hardened and finished to resist deformation, the bit maintains fit and functionality over repeated use.

Suitable for

• Assembly of furniture and fittings
• Maintenance and repair of machinery and equipment
• Electronics and appliance servicing where compact drivers are used
• General DIY fastening tasks using cordless or manual bit drivers

Key specifications

• Tip type: hex (6-sided)
• Tip diameter: 5.0 mm
• Overall length: 25 mm
• Designed for use with bit holders, compact screwdrivers and cordless drivers
• Material: hardened tool steel with protective finish

How to use

Insert the FELO 5.0 mm hex bit into a compatible bit holder or the chuck of a compact or cordless screwdriver until it seats securely. Select an appropriate torque setting on the driver if available to avoid over-tightening. Align the bit with the hex socket of the fastener and apply steady axial pressure while operating the driver to ensure full engagement of the hex profile. After use, store the bit in a holder or case to protect the tip from damage.

Usage recommendations

Use the correct bit size for the fastener to prevent rounding. For repetitive or high-torque applications, check the bit regularly for signs of wear and replace when tip deformation or slipping occurs. When working on delicate assemblies, start with lower torque and increase gradually as needed.