AB Tools 13pc Impact Socket Driver Bits Screwdriver Phillips Slotted Flathead Allen Hex - TF370
Professional tool for commercial or occasional use. Manufactured from chrome vanadium steel for st...Professional tool for commercial or occasional use. Manufactured from chrome vanadium steel for strength and durability. 8mm hex drive suitable for alloy standard hand held impact drivers. Set includes the following: Slotted / Phillips and Pozi Screwdriver bits. Impact screwdriver bits. Total length of the impact driver bits: 36mm. SET INCLUDES THE FOLLOWING: 1 x SL8 (8mm slotted screwdriver bit) x 2, 1 x SL10 (10mm slotted screwdriver bit) x 2, 1 x SL12 (10mm slotted screwdriver bit) x 2, 1 X PH1 (Phillips 1), 1 x PH2 (Philips 2), 1 x PH3 (Phillips 3), 1 x PH4 (Phillips 4), 1 x 4mm Allen / Hex, 1 x 5mm Allen / Hex, 1 x 6mm Allen / Hex, 1 x 8mm Allen / Hex. Impact Driver Bits. 36mm Length. 8mm Hex Bit. Hardened Bits. Includes Phillips and Flat Bits.
This guide is for professionals and DIY enthusiasts who need a reliable and durable set of impact driver bits. The AB Tools 13pc Impact Socket Driver Bits set offers a comprehensive selection of slotted, Phillips, Pozi, and Allen/Hex bits, providing versatility for various tasks. A key benefit is its robust chrome vanadium steel construction, ensuring longevity. Note that these bits are designed for use with impact drivers, ensuring proper use. This guide will help you understand the features, uses, and care instructions for these bits.
All features
Model Part Number
TF370
Brand
AB Tools
Extended Product Information
FAQs
What type of impact driver is compatible with these bits?
These bits are compatible with any impact driver that accepts an 8mm hex drive.
What materials can these bits be used on?
These bits can be used on a variety of materials, including wood, metal, and plastic, depending on the screw type and application.
How do I choose the correct bit size?
Select the bit that matches the size and type of the screw head. Make sure the bit fits snugly in the screw head.
How should I store the bits?
Store the bits in a dry place. Clean them after each use to remove any debris or moisture.
What should I do if a bit breaks?
Replace the broken bit with a new one to ensure safe and effective operation.
Are these bits suitable for heavy-duty applications?
Yes, due to their chrome vanadium steel construction, they are suitable for professional and commercial applications.
Can I use these bits with a regular drill/driver?
These bits are designed for impact drivers, but they can be used with a drill/driver, however, the performance will not be optimized.
Troubleshooting
Bit slipping or stripping screw heads.
Ensure the correct size and type of bit is used. Reduce the torque setting on the impact driver or apply more downward pressure.
Bit breaking or wearing out quickly.
Check the bit for signs of damage or wear. Reduce the torque setting and avoid applying excessive force. Replace the bit if it is damaged.
Bit not fitting properly in the impact driver.
Ensure the bit is fully inserted into the 8mm hex drive and locked securely. Check for any obstructions in the driver's chuck.
Pros and Cons
Pros
Durable chrome vanadium steel construction.
Wide variety of bit types and sizes included.
Compatible with impact drivers for efficient use.
Suitable for professional and commercial applications.
8mm hex drive for secure fit.
Cons
Limited to use with impact drivers.
May require additional tools for specific applications outside the included bits.
The set only includes 13 pieces, which may not cover every conceivable screw type.
Setup, Compatibility & Care
Setup: Attach the appropriate bit to your impact driver, ensuring it is securely locked in place. The 8mm hex drive ensures a secure fit.
Compatibility: These bits are compatible with any impact driver that accepts an 8mm hex drive. Ensure that the impact driver is in good working condition before use.
Care: After each use, wipe the bits clean to remove any debris or moisture. Store the bits in a dry place. Inspect the bits regularly for wear and tear, and replace any damaged bits to maintain optimal performance. Avoid using excessive force or torque beyond the bit's capacity.