Wera 3851/1 TS SB Phillips Screwdriver Bits - PH2, 25mm, Pack of 1

Boost your toolkit with our Wera 3851/1 TS SB Phillips Screwdriver Bits - PH2, 25mm, Single Pack. Outshining the competition, these heavy-duty bits are expertly crafted from premium stainless steel, designed for unrivaled durability and longevity on your cross-recess screws. Say goodbye to unwanted extraneous rust, thanks to the superior stainless steel construction that ensures your bits remain resilient and aesthetically pleasing for the long haul. With their built-in Torsion zone, these bits cleverly absorb torque peaks, easing wear and tear and significantly improving their lifespan. The 1/4" hexagon design is the ideal fit for holders conforming to DIN ISO 1173-D 6.3. So, whether you're a professional tradesperson or a keen home DIY enthusiast, these bits are the perfect combination of versatility and utility. Designed with the user in mind, these bits are even color-coded by profile and size for easy identification - a much-appreciated feature when you're in the middle of a complex project. Package Contents: This single pack features two of our finest 3851/1 TS SB bits, stainless, PH 2 x 25 mm, offering the quality and durability you've come to expect from our brand. Harness the power of stainless tools for your stainless screws, and enjoy a rust-free, wear-resistant solution today with the Wera 3851/1 TS SB Phillips Screwdriver Bits. Features & Benefits: - Minimizes extraneous rust: Enhance the life of your stainless screws with our superior stainless steel tools. - Designed for Phillips screws: Tailored for cross-recess screws for precise application. - Prevent wear with Torsion design: Torsion bits absorb torque peaks, avoiding premature wear, and extending your bits' lifespan. - 1/4" hexagon drive: Suited to holders as per DIN ISO 1173-D 6.3. - 'Take it easy' tool finder: Streamlined color coding by profile and size for your convenience. Gear up with Wera's range of high-quality, durable and resilient bits and see the difference for yourself.