Screwdriver bit Wiha T9 x 50 mm — 1 piece, Torx tip

Single Wiha screwdriver bit with a Torx T9 tip and a 50 mm length suitable for use with standard 1/4" (6.3 mm) bit holders and bit-equipped screwdrivers. The lightweight 7.87 g bit is made from through-hardened chrome-vanadium steel and is designed to provide precise engagement with Torx fasteners commonly found in electronics, small appliances and other maintenance tasks requiring a small T9 driver.

Advantages

The bit is manufactured from high-grade chrome-vanadium steel and through-hardened for durability and wear resistance. A contrasting laser marking allows quick visual identification of the Torx T9 size. Precision-machined tip geometry and stable rotational characteristics ensure reliable engagement with fasteners and reduce the risk of cam-out during tightening or loosening. Its 50 mm overlength provides reach for recessed screws while remaining compact for handheld use.

Suitable for

• Electronics assembly and repair where small Torx T9 fasteners are used
• Appliance maintenance and servicing of consumer devices
• General fastening tasks in trade and light industry that require a Torx T9 bit
• Use with 1/4" (6.3 mm) bit holders, ratchets, and bit-equipped screwdrivers

Key specifications

• Tip profile: Torx T9
• Length: 50 mm
• Drive interface: 6.3 mm (1/4") hex shank
• Material: chrome-vanadium steel, through-hardened
• Weight: approximately 7.87 g
• Surface marking: contrasting laser size marking for quick identification

How to use

Insert the 6.3 mm hex shank into a compatible bit holder, screwdriver or ratchet. Seat the Torx T9 tip fully into the screw head to ensure correct engagement, then apply steady torque while maintaining axial pressure to prevent cam-out. For disassembly, reverse the rotation and maintain alignment between the bit and screw. After use, store the bit in an appropriate case or holder to protect the tip and marking.

Usage recommendations

Use the bit with tools rated for the intended torque range and avoid excessive force that may deform the tip or damage fasteners. Keep the laser marking visible to speed up tool selection. For high-volume or heavy-duty applications consider selecting longer bits or different material grades appropriate to the task.