DPH335P1 3.5" Phillips Impact Drive Bit – 1/4" Hex Shank
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.Description
Introducing the Diablo DPH335P1 3.5‑Inch Phillips Drive Bit, a compact 1/4‑in hex shank accessory crafted for both cordless and corded impact drivers. Constructed from heat‑treated alloy steel and finished with a corrosion‑resistant coating, this bit offers a sturdy, long‑lasting connection to #3 Phillips fasteners. Its precision‑milled tip provides a tight, slip‑free grip, while the 3‑½‑inch overall length reaches into confined areas without sacrificing control or torque. The magnetic tip holds screws securely, cutting down on time spent searching for fasteners.
What sets this bit apart? The engineered geometry reduces cam‑out and tip wear, delivering clean installation and removal of screws even under high‑torque conditions. Designed to absorb impact energy, the shank stays stable, extending tool life and minimizing the need for frequent replacements. Balanced weight distribution minimizes wobble, delivering smoother performance at high RPMs. Ideal for professional contractors and DIY enthusiasts alike, it streamlines every fastening task.
Key Features & Benefits:- Precision‑Milled Phillips Tip: Guarantees accurate engagement on #3 screws, boosting efficiency and preventing stripping.
- Impact‑Ready Hex Shank: 1/4‑in hex shank absorbs shock and maintains alignment, offering superior stability in high‑torque applications.
- Extended 3.5‑Inch Length: Provides deep reach for recessed fasteners while preserving optimal leverage.
- Durable Alloy Construction: Heat‑treated steel with a protective coating resists wear, delivering up to 50× longer service life versus standard bits.
- Universal Compatibility: Seamlessly fits cordless impact drivers, corded drills, and traditional driver sets for versatile use.
Upgrade your fastening arsenal: Whether you’re assembling furniture, performing automotive repairs, or completing construction projects, this Diablo Phillips drive bit supplies the reliability and power you need. Its rugged build and refined tip geometry translate into smoother torque transfer, reduced user fatigue, and consistently precise results—making every screw turn effortless and dependable.