DeWALT Screwdriver Bit Set DT70536T-QZ Set of 3

Faster fastening with controlled torque

Engineered for use with impact drivers, the DeWALT PH2 impact torsion bits reduce cam‑out and hold screws more securely under high torque. The built‑in torsion zone absorbs sudden torque peaks, lowering the risk of stripped heads and keeping drive performance consistent across repetitive tasks. Improved screw retention translates into faster progress on site and fewer interruptions for re‑setting or replacing fasteners.

Precision fit for common driver systems

Compatibility covers impact drivers and standard drill drivers equipped with 1/4 inch hex bit holders. The fitting type is a 1/4 inch hex shank and the chuck size is 1/4 inch, enabling swift bit changes and positive seating in hex chucks. Secure engagement during rapid impact driving helps maintain line‑of‑work accuracy and reduces wobble when working in confined or awkward positions.

Torsion geometry and Phillips tip for reliable engagement

A torsion profile incorporated into the bit geometry provides controlled flex under sudden load, extending usable life during impact use. The Phillips tip style PH2 centres reliably in PH2 screw heads for stable engagement with wood, metal and construction materials. The combination of tip geometry and torsion performance supports high torque applications while preserving screw integrity.

Ready-to-use kit with compact dimensions

Includes two DeWALT PH2 impact torsion bits, 50–57 mm, and one magnetic Screwlock sleeve. Packaged as a set of three pieces. Height 120 mm. Width 70 mm. Depth 17 mm. Weight 46 g. The magnetic sleeve assists single‑handed starts and holds screws during positioning, reducing the need for additional holding tools.

Built for trade use and demanding DIY tasks

Suitable for driving Phillips PH2 screws in wood, metal and construction materials, the set was developed for tradespeople and DIY users requiring enhanced screw retention and high torque performance when using impact drivers. The compact kit integrates easily into existing bit rolls and site boxes, offering a small‑format solution that supports long shifts and frequent bit changes.