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1/4" BLADES AND EXTRA HARD POZIDRIV®, RESISTANT TO HIGH TORQUES 1/4" BLADES AND EXTRA HARD POZIDRIV®, RESISTANT TO HIGH TORQUES
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1/4" BLADES AND POZIDRIV® TITANIUM NITRIDE COATING 1/4" BLADES AND POZIDRIV® TITANIUM NITRIDE COATING €0,00

1/4" BLADES AND POZIDRIV® FOR IMPACT DRIVERS 1/4" BLADES AND POZIDRIV® FOR IMPACT DRIVERS

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1/4" Pozidriv® blades are designed for impact drivers, ensuring precise coupling with the chuck. Manufactured for professional use, they provide effective torque transmission, minimising the risk of slipping during screwing....
1/4" Pozidriv® blades are designed for impact drivers, ensuring precise coupling with the chuck. Manufactured for professional use, they provide effective torque transmission, minimising the risk of slipping during screwing....
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SKU: K61221010005  INSERTI,LTI extension,PRODOTTI,TUTTI I NOSTRI PRODOTTI
Description Description
1/4" Pozidriv® blades are designed for impact drivers, ensuring precise coupling with the chuck. Manufactured for professional use, they provide effective torque transmission, minimising the risk of slipping during screwing. The tip geometry is engineered to fit Pozidriv® screws perfectly, optimising contact and stability during fastening. These bits are suitable for applications requiring reliability and durability over time, maintaining consistent work quality even under intensive use conditions. The compactness and robustness of the material provide wear resistance, contributing to a long operational life of the tool.
1/4" Pozidriv® blades are designed for impact drivers, ensuring precise coupling with the chuck. Manufactured for professional use, they provide effective torque transmission, minimising the risk of slipping during screwing. The tip geometry is engineered to fit Pozidriv® screws perfectly, optimising contact and stability during fastening. These bits are suitable for applications requiring reliability and durability over time, maintaining consistent work quality even under intensive use conditions. The compactness and robustness of the material provide wear resistance, contributing to a long operational life of the tool.