Screwdriver Bits EINHELL T20 S2 double-twisted 25 mm set of 2

Set of two EINHELL screwdriver bits T20 made from S2 steel, each 25 mm long and featuring a double-twisted (double-helix) tip geometry. These compact Torx T20 bits are designed for compatibility with standard bit holders, cordless drivers and manual screwdrivers. The reinforced S2 steel construction provides a balance of hardness and toughness for repetitive fastening tasks in assembly, repair and maintenance work.

Advantages

The double-twisted tip design improves engagement with Torx T20 fasteners, reducing cam-out and ensuring consistent torque transfer. S2 steel construction increases wear resistance compared with ordinary tool steels while maintaining sufficient toughness to resist chipping. The 25 mm length offers a compact profile that is practical for working in confined spaces and for applications where short reach and precise control are required.

Suitable for

• Assembly of furniture, fixtures and small equipment
• Repair and maintenance of electronics and household devices
• Automotive interior and trim fastenings requiring T20 Torx bits
• General DIY projects where compact Torx bits are needed

Key specifications

• Bit type: Torx T20
• Material: S2 tool steel
• Tip style: double-twisted (double-helix) geometry
• Length: 25 mm
• Pack quantity: 2 pieces

How to use

Insert the T20 bit into a compatible bit holder or the chuck of a cordless screwdriver or manual driver. Ensure the bit is seated securely before applying torque. Use appropriate speed and torque settings on power tools to match the fastener and material, and apply steady pressure to maintain engagement with the Torx recess. After use, inspect bits for wear or deformation and replace as needed to avoid damaging fasteners.

Usage recommendations

For best results, match the bit to correctly sized T20 fasteners, avoid excessive torque that can deform the tip, and store the bits dry to prevent corrosion. Replace bits showing significant wear to maintain fastening performance and reduce the risk of cam-out.