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PH2 Phillips Screwdrivers Bit 1/4" Hex Shank 3.5" Long Magnetic Green

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Prezzo
PH2 Phillips Screwdrivers Bit 1/4" Hex Shank 3.5" Long Magnetic Green

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Harfington

The impact screwdriver bits are made of specially heat-treated S2 steel, offering high strength and…

Prezzo
6,24$

PH2 Phillips Screwdrivers Bit 1/4" Hex Shank 3.5" Long Magnetic Green

The impact screwdriver bits are made of specially heat-treated S2 steel, offering high strength and hardness (HRC58-60). They feature a bend-resistant design and a sandblasted surface treatment that significantly enhances texture for improved grip and significantly increases resistance to wear and corrosion. The head of the screwdriver is magnetized for easy use. Hex bits designed with magnetism can stably absorb the screws vertically or tilted and easily fix the screws, especially in a small space, which can make it more convenient to complete the work. Precision CNC machined cross head, precise appearance, reduces head wear during high-intensity tightening operations. Anti-slip screwdriver bits have high-density gripping teeth to lock onto screw heads, preventing slippage under high torque. The torque-optimized design absorbs shock and disperses rotational stress, reducing tip breakage in high-strength applications (e.g., automotive repairs, industrial assembly). Phillips head drill bits are specifically designed for driving screws into wood, metal, and other materials effortlessly, and can accurately tighten screws without damaging screws and screwdriver bits. PH2 screwdriver bits are mainly used for screws of large household appliances. 1/4" hex shank driver bits can be used with electric screwdrivers, manual screwdrivers, electric drills, etc. for electricians, mechanical repair work, and furniture installation. Before operation, make sure the screwdriver bit is firmly inserted into the power tool chuck. Avoid excessive force when tightening the screw to prevent the bit from being damaged or slipping out. Adjust power tool speed and torque settings according to the material being processed.