Cleveland C31075 RG8-TA 3/4 X 1.5/8 CC CRS RGH
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$122.52
The C31075 is produced by Cleveland and is described as a Cleveland C31075 RG8-TA 3/4 X 1.5/8 CC CRS RGH
The Cleveland C31075 RG8-TA 3/4 X 1. 5/8 CC CRS RGH Cleveland End Mill Center Cutting Coarse Heavy Duty Single End Square End Series: RG8 3/4 in Diameter Cutter 3-7/8 in Overall Length 1-5/8 in Length of Cut 4 Flutes Spiral Flute 3/4 in Shank Diameter Right Hand Cutting Direction 30 deg Helix Angle Straight/Weldon Flat Shank Cobalt 8/M42 HSS TiAlN Coated Characteristics and
Key Features
- Center cutting design for rapid plunge cutting: High red hardness for high heat conditions 45 deg chamfer Multi-flute end mills deliver a smoother finish and are better for peripheral cuts Multi-flute end mills have a heavy duty cross section for better rigidity Increased number of flutes mean more cutting edges, providing more cutting action Coatings reduce heat and abrasion to increase tool life The increased lubricity of the coating surface reduces material adhesion and built-up edge, enabling even higher feed rates Coatings reduce the amount of torque required for machining to allow more efficient use of equipment Ti AlN (titanium aluminum nitride) coating in violet/blue-gray color for aggressive machining of stainless steels, high alloy carbon steels, nickel-based high temperature alloys and titanium alloys Ti AlN coating increase machining speeds 75 to 100% versus bright speeds Applicable on free machining stainless, alloy steel, med carbon steel and low carbon stee
- Center cutting design for rapid plunge cutting: High red hardness for high heat conditions 45 deg chamfer Multi-flute end mills deliver a smoother finish and are better for peripheral cuts Multi-flute end mills have a heavy duty cross section for better rigidity Increased number of flutes mean more cutting edges, providing more cutting action Coatings reduce heat and abrasion to increase tool life The increased lubricity of the coating surface reduces material adhesion and built-up edge, enabling even higher feed rates Coatings reduce the amount of torque required for machining to allow more efficient use of equipment Ti AlN (titanium aluminum nitride) coating in violet/blue-gray color for aggressive machining of stainless steels, high alloy carbon steels, nickel-based high temperature alloys and titanium alloys Ti AlN coating increase machining speeds 75 to 100% versus bright speeds Applicable on free machining stainless, alloy steel, med carbon steel and low carbon stee
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