HARFINGTON 4pcs U Shape Screwdriver Bits U#1.7#2.0#2.3#2.6 1/4" Hex Shank 1" Insert Bits S2 Magnetic U Type Screwdriver for Electronic Appliances

The screwdriver bits are made of S2 steel with high strength and hardness (HRC59-61), durable and anti-bending.The hex bits are designed with magnetism, which 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.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.Make sure the screwdriver bit is firmly inserted into the power tool chuck before operation. Avoid using excessive force when tightening the screws to prevent the bit from being damaged or slipping out. Store the screwdriver bit in a dry place to prevent rust and maintain its performance.

• Size - Specifications: U1.7 & 2 & 2.3 & 2.6; Slot Width: 1.7 & 2 & 2.3 & 2.6 mm; Shank Type: 1/4" hex shank; Head Type: U Shape; Total Length: 25 mm / 1 inch; Material: S2 alloy steel; Hardness: HRC 59-61;
• Material - The U-shaped screwdriver bit is made of durable S2 alloy steel, and the hexagonal head drill bit has appropriate hardness and torsion, which is a hard and wear-resistant alloy metal.
• Feature - The hex bits are designed with magnetism, which 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. Each bit is high precision and will not damage the screws and screwdriver bits.
• Application - the U-shaped screwdriver bits can be used for manual electric screwdrivers, screwdrivers, drills, air and other tools.
• Note - Make sure the screwdriver bit is firmly inserted into the power tool chuck before operation. Avoid using excessive force when tightening the screws to prevent the bit from being damaged or slipping out. Store the screwdriver bit in a dry place to prevent rust and maintain its performance.