Screwdriver Bit Holder Yato YT-0465

The Yato YT-0465 screwdriver bit holder is a compact, durable accessory designed to hold 1/4-inch screwdriver bits securely during manual or power-driven work. Constructed from stainless steel, the holder measures 60 mm in length and features a 25.4 / 4 mm (1/4 inch) hex shank that fits standard bit chucks and quick-change adapters. Its solid construction ensures consistent bit retention and alignment for tasks requiring accuracy and repeatability.

Advantages

The stainless steel construction offers corrosion resistance and mechanical strength for extended service life. The 1/4-inch hex shank provides compatibility with a wide range of drivers, impact drivers, and bit holders. At 60 mm length the holder balances reach and control, allowing access to confined spaces while maintaining torque transfer. The design secures bits firmly to minimise wobble and slipping during use.

Suitable for

• Driving and removing screws in furniture assembly and cabinetry
• Electrical and electronic installation tasks where compact drivers are required
• Automotive interior and trim fastening jobs
• General maintenance, repairs and DIY projects

Key specifications

• Material: stainless steel
• Hex shank size: 25.4 / 4 mm (1/4 inch)
• Overall length: 60 mm
• Compatibility: standard 1/4-inch screwdriver bits and quick-change chucks
• Finish: corrosion-resistant metal surface

How to use

Insert the desired 1/4-inch screwdriver bit into the holder until it seats securely. Fit the hex shank into the driver chuck or quick-change adapter and ensure the connection is locked. Apply controlled torque while maintaining alignment between the bit and the fastener; withdraw the bit after use and store in a protective case to prevent wear. For power tools, observe the tool manufacturer's speed and torque recommendations to avoid overstressing the bit holder.

Usage recommendations

Use the holder with bits appropriate for the fastener size and material. Avoid excessive bending loads and side-impact forces that can deform the hex shank. Clean and lightly lubricate contact surfaces if corrosion or debris is present, and inspect periodically for wear before critical jobs.