Description

Introducing TerminatorBlue Impact Bit Sets from Wiha Tools??an innovative bit solution in a rugged convenient pocket-sized case. Terminator Impact Bit Cases are constructed of an industrial-grade engineered polymer and feature a flip-top cover for easy bit access and multiple chambers to securely organize and store your bits.? The Wiha TerminatorBlue Impact bit cases are available for 1-inch and 2-inch bit lengths and include a wide variety of tip profiles.? Terminate screws faster??and with fewer broken bits. Wiha’s TerminatorBlue Impact Bits??proven toughest. TerminatorBlue Bits are impact rated for power tools and rigorously heat-treated to produce a bit lasting 120 times the service life compared to standard bits. Wiha’s specially designed torsion zone absorbs 30 times the impact energy compared to standard bits, allowing a maximum torsion flex that goes unmatched. With TerminatorBlue Impact Bits you get the tightest-fit precision-machined driver tips from the company that sets the standard for precision. Wiha’s exact-fit tips eliminate excessive bit-wobble for increased driver accuracy. The result is a highly stable engagement with the screw head and a reduction in fastener cam-out that can lead to injury or damage to finished materials.?

• Set Includes: Phillips #1, #2, Torx T20, T25, T30, and Square #1, #2
• Pocket-sized durable bit case for convenient portability
• Industrial-grade engineered polymer for durability
• Flip-top cover for easy bit access
• Multiple chambers for secure bit organization
• Energy-absorbing Torsion Zone for 30 times performance over standard bits
• Bit lengths available: 1-inch; 2-inch
• Fit with a standard 1/4 inch hex drive
• Exact fit precision machined tips for?reduced?cam-out
• Computer-controlled heat treatment for 120 times service-life over Wiha standard bits
• Tuned torsion zone for maximum flex and reduced tip stress
• Impact-rated for power tool applications
• Minimum hardness tolerance of 61 RHC +/- 1
• CVM premium quality tool steel?for strength and durability