Main

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic packages (10-5 pcs.)

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic packages (10-5 pcs.)

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic packages (10-5 pcs.)

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic package 1 pc.

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic packages (10-5 pcs.)

DIN 340 standard drills (prolonged). 118 degree sharpening angle. Packaged in plastic packages (10-5 pcs.)

DIN 345 standard conical drill bits Designed for drilling steel up to 900N/mm2 Plastic package

DIN 345 standard conical drill bits Designed for drilling steel up to 900N/mm2 Plastic package

Set of IRWIN TITANIUM cutting drills packed in a small, plastic, convenient package. 4; 5; 6; 8; 10mm

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.

DIN 338 Titanium. Cutting drills are made of high quality (HSS) high-speed steel and have a 2.5µ titanium nitride coating. TIN coating hardens the surface up to 80HRC and is wear-resistant. TIN coating causes less friction effect, therefore, a cutting drill drills faster and generates less heat. 135 degree double-sharpened drill is designed for faster speed and easier drill centering. Recommended to drill the materials the hardness limit of which is up to 1000 N/mm2.