
Milwaukee SHOCKWAVE⢠Impact Phillips Bits 2" #2 Alloy
Our SHOCKWAVE⢠Impact Duty⢠Phillips Bits are engineered to be the Most Durable, Best Fitting driver bits on the market. The Phillips bits feature Wear Guard Tip⢠for increased wear resistance which protects the fit over the life of the bit. The impact driver bits have and optimized Shockzone⢠for each tip type and length of driver bit to absorb peak torque and prevent breaking. The Custom Alloy76⢠Steel is customized and heat treated per tip type to extend the life of the driver but by up to 50X vs. competitive impact driver bits. The MILWAUKEE® SHOCKWAVE⢠Impact Duty⢠driver bits are built to deliver extreme durability for the most demanding applications.
Our SHOCKWAVE⢠Impact Duty⢠Phillips Bits are engineered to be the Most Durable, Best Fitting driver bits on the market. The Phillips bits feature Wear Guard Tip⢠for increased wear resistance which protects the fit over the life of the bit. The impact driver bits have and optimized Shockzone⢠for each tip type and length of driver bit to absorb peak torque and prevent breaking. The Custom Alloy76⢠Steel is customized and heat treated per tip type to extend the life of the driver but by up to 50X vs. competitive impact driver bits. The MILWAUKEE® SHOCKWAVE⢠Impact Duty⢠driver bits are built to deliver extreme durability for the most demanding applications.
Original: $1.99
-70%$1.99
$0.60Description
Our SHOCKWAVE⢠Impact Duty⢠Phillips Bits are engineered to be the Most Durable, Best Fitting driver bits on the market. The Phillips bits feature Wear Guard Tip⢠for increased wear resistance which protects the fit over the life of the bit. The impact driver bits have and optimized Shockzone⢠for each tip type and length of driver bit to absorb peak torque and prevent breaking. The Custom Alloy76⢠Steel is customized and heat treated per tip type to extend the life of the driver but by up to 50X vs. competitive impact driver bits. The MILWAUKEE® SHOCKWAVE⢠Impact Duty⢠driver bits are built to deliver extreme durability for the most demanding applications.











