Dormer G338 HSS Tin Morse Taper Shank 90° Countersink
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 25mm
Dormer G338 HSS Tin Morse Taper Shank 90° Countersink 25mm
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 25mm
Dormer G338 HSS Tin Morse Taper Shank 90° Countersink 31mm
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 31mm
Dormer G338 HSS Tin Morse Taper Shank 90° Countersink 37mm
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 37mm
Dormer G338 HSS Tin Morse Taper Shank 90° Countersink 40mm
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 40mm
Dormer G338 HSS Tin Morse Taper Shank 90° Countersink 50mm
Dormer G338 Series HSS TiN Morse Taper Shank Countersink. Specifications • Diameter: 50mm
Dormer G570 HSS-E AlTiCN Straight Shank 90° Countersink
Manufactured from a Cobalt-based HSS (M42), a premium grade high speed tool steel, heat treated to surpass the hardness of other HSS materials. The increased cobalt content helps retain hardness at elevated temperatures. This increased hot hardness makes...
Dormer G570 HSS-E AlTiCN Straight Shank 90° Countersink 10.4mm
Manufactured from a Cobalt-based HSS (M42), a premium grade high speed tool steel, heat treated to surpass the hardness of other HSS materials. The increased cobalt content helps retain hardness at elevated temperatures. This increased hot hardness makes...
Dormer G570 HSS-E AlTiCN Straight Shank 90° Countersink 12.4mm
Manufactured from a Cobalt-based HSS (M42), a premium grade high speed tool steel, heat treated to surpass the hardness of other HSS materials. The increased cobalt content helps retain hardness at elevated temperatures. This increased hot hardness makes...
Dormer G570 HSS-E AlTiCN Straight Shank 90° Countersink 16.5mm
Manufactured from a Cobalt-based HSS (M42), a premium grade high speed tool steel, heat treated to surpass the hardness of other HSS materials. The increased cobalt content helps retain hardness at elevated temperatures. This increased hot hardness makes...