CoCud Ball End Hex Head Wrench Drill Bit, H2.5 Head 4" Length 1/4" Hex Shank, S2 Steel Screwdriver Bits - (Applications: for Furniture Assembly), 2-Pieces

• ★ Ball End Hex Head Wrench Drill Bit Size --- Material: S2 Alloy Steel; Shank Size: (Hex) 1/4 Inch; Total Length: 100mm / 3.94 Inch; Bit Type: H2.5
• ★ Wide Applications --- Ball point hex bits are widely used for manual electric pneumatic screwdrivers, screwdrivers, drills, pneumatic, impact drills, or any other electric drill with a 1/4" hex shank.
• ★ Ease of Use --- The ball end hex bit can be used to tighten screws on the vertical or inclined side, which is convenient to use in a variety of working scenes, especially in tight spaces.
• ★ S2 Steel --- The ball end hex head wrench drill bit is made of S2 alloy steel, with a hardness of 58HRC, hardened heat treatment, wear resistance, impact resistance, clean surface treatment, no burrs, and durability.
• ★ Useful Tips --- Due to the special shape of the ball head of the wrench, it is necessary to control the strength and angle when using it. If the operation is improper or the force is too large, it is easy to cause slippage and sticking.

Attributes: * Shank Size: (Hex) 1/4-Inch * Total Length: 100mm / 3.94 Inch * Bit Type: H2.5 * Material: S2 Alloy Steel * HRC (+/-1): 58 Degree What Is Included: * 2 x Ball End Hex Head Wrench Drill Bit Applications & Features: --- The ball end hex head wrench drill bit is made of S2 alloy steel, with a hardness of 58HRC, hardened heat treatment, wear resistance, impact resistance, clean surface treatment, no burrs, and durability. --- The ball end hex bit can be used to tighten screws on the vertical or inclined side, which is convenient to use in a variety of working scenes, especially in tight spaces. --- Ball point hex bits are widely used for manual electric pneumatic screwdrivers, screwdrivers, drills, pneumatic, impact drills, or any other electric drill with a 1/4" hex shank. Useful Tips: --- Due to the special shape of the ball head of the wrench, it is necessary to control the strength and angle when using it. If the operation is improper or the force is too large, it is easy to cause slippage and sticking.