Brass machine taps

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

The machine tap consists of heavy-duty high-speed steel. For through threads and bottoming threads in unalloyed steels up to a strength of 800 N/mm², malleable.The thread is cut in one operation. High ...

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

... layer and reduces the occurrence of cold welding. In cold welding there are workpiece chips that build up on the flanks of the tap and damage the finished thread. Consequences of cold welding ...

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

The combined machine tap is suitable for sheet metal working with right/left handed rotation cordless drilling machines. The thread is cut in one operation, without any tool changing. ...

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

The machine tap consists of cobalt alloyed heavy-duty high-speed steel. Its high heat resistance means a longer tool life. For through threads and bottoming threads in unalloyed and alloyed steels up ...

The machine tap consists of heavy-duty high-speed steel. For through threads and bottoming threads in unalloyed steels up to a strength of 800 N/mm², malleable.The thread is cut in one operation. High ...

For through and blind holes in grey cast iron, cast-aluminium with high Si content and magnesium alloys. Version GG.53TC - with internal coolant with frontal outfolw and TiCN coating.

... For high tensile materials > 850 – 1’400 N/mm2, for high tensile alloy steels ≤ 44 HRC For short chip brass, phosphor bronze, gun metal, lead free brass For Duroplastics and glass fibre reinforced plastics

... For high tensile materials > 850 – 1’400 N/mm2, for high tensile alloy steels ≤ 44 HRC For short chip brass, phosphor bronze, gun metal, lead free brass For Duroplastics and glass fibre reinforced plastics

Taps with specific cutting geometry capable of breaking the swarf into small manageable chips. Specific requirements: Through spindle coolant, with a minimum exit pressure of 20 bar – with the tap engaged ...

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.

For a wide range of threads, such as M, MF, UNC UNC(J), UNF(J), UNEF, UN, UNS, G (BSP), Rp, Rc, W, SV Schaublin, NPT, NPTF, PG, TR et EG M, EG UNC, EG UNF.