HSS-Co 8% DIN 338 Type N-HD 9.5 mm

Cobalt HSS CO 8% DIN 338 HD DrillsProfessional HD (Heavy Duty) special drill for highest requirements. Bit angle 135°, croß cut C shape. tolerance h8. Particularly solid drill made off high-alloyed HSS-Co (8%, 10% Mo) with distinct thermo-set resistance. For drilling of wear-resistant sheet metals, steel and bronze up to 1400 N/mm2, of hard and high-strength alloys on CrNi-base and acid and heat proof steels.Total Length: 117 mm Price per piece. 

Cobalt HSS CO 8% DIN 338 HD DrillsProfessional HD (Heavy Duty) special drill for highest requirements. Bit angle 135°, croß cut C shape. tolerance h8. Particularly solid drill made off high-alloyed HSS-Co (8%, 10% Mo) with distinct thermo-set resistance. For drilling of wear-resistant sheet metals, steel and bronze up to 1400 N/mm2, of hard and high-strength alloys on CrNi-base and acid and heat proof steels.Total Length: 125 mm Price per piece. 

Cobalt HSS CO 8% DIN 338 HD DrillsProfessional HD (Heavy Duty) special drill for highest requirements. Bit angle 135°, croß cut C shape. tolerance h8. Particularly solid drill made off high-alloyed HSS-Co (8%, 10% Mo) with distinct thermo-set resistance. For drilling of wear-resistant sheet metals, steel and bronze up to 1400 N/mm2, of hard and high-strength alloys on CrNi-base and acid and heat proof steels.Total Length: 109 mmPrice per piece. 

This item is sold solely to fire brigades.Other parties who are authorised to use this tool may purchase this item on submitting a document confirming their authorisation. 

Special Cobalt Drills - Heavy Duty Splitpoint DIN 338 Set 25 pcs. 1-13 mmThese cobalt alloy drills are the almost perfect drill bits for locksmiths. The splitpoint minimizes “bit walking“. These heavy duty drills are recommended for drilling hardened steel, super alloys, titanium and stainless steel. The 5% cobalt of these solid drill bits guarantees a much higher hot hardness and abrasion resistance. Cobalt Drills with Splitpoint - Set 25 pcs. in metal case,1.0 - 13.0 mm, sizes increase in 0.5 mm steps.