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COBALT MACHINE TAPS COATED WITH TiN, ISO METRIC THREAD WITH COARSE PITCH DIN 376/B COBALT MACHINE TAPS COATED WITH TiN, ISO METRIC THREAD WITH COARSE PITCH DIN 376/B
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COBALT MACHINE TAPS WITH BLUE RING, ISO METRIC THREAD DIN 376/C-40° COBALT MACHINE TAPS WITH BLUE RING, ISO METRIC THREAD DIN 376/C-40° €0,00

COBALT "LEFT-HAND" MACHINE TAPS, ISO METRIC COARSE THREAD DIN 376/B COBALT "LEFT-HAND" MACHINE TAPS, ISO METRIC COARSE THREAD DIN 376/B

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Cobalt machine taps for left-hand threading are designed for machining ISO metric coarse threads according to the DIN 376/B standard. Made from high-strength material, they ensure durability and reliability in...
Cobalt machine taps for left-hand threading are designed for machining ISO metric coarse threads according to the DIN 376/B standard. Made from high-strength material, they ensure durability and reliability in...
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SKU: K1027812X175  KRINO,PRODOTTI,TAPS AND DIES,TUTTI I NOSTRI PRODOTTI
Description Description
Cobalt machine taps for left-hand threading are designed for machining ISO metric coarse threads according to the DIN 376/B standard. Made from high-strength material, they ensure durability and reliability in threading operations on metals. The specific geometry allows effective chip evacuation and reduced wear during use on machine tools. These taps are suitable for applications requiring precision and robustness in producing threads with a left-hand rotation direction. Dimensional accuracy complies with reference standards, ensuring optimal fit with corresponding threads.
Cobalt machine taps for left-hand threading are designed for machining ISO metric coarse threads according to the DIN 376/B standard. Made from high-strength material, they ensure durability and reliability in threading operations on metals. The specific geometry allows effective chip evacuation and reduced wear during use on machine tools. These taps are suitable for applications requiring precision and robustness in producing threads with a left-hand rotation direction. Dimensional accuracy complies with reference standards, ensuring optimal fit with corresponding threads.