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HRC58 Corner End Mills
Show Details
Specitications
| SIZES(D*fL*sD*L) | |
| D1*3*D4*50L | D5*(13/20/25)*D5*(50/75/100)L |
| D1.5*4.5*D4*50L | D6*(15/24/30)*D6*(50/75/100)L |
| D2*6*D4*50L | D8*(20/30/35)*D8*(50/75/100)L |
| D2.5*7.5*D4*50L | D10*(25/40)*D10*(75/100)L |
| D3*9*D4*50L | D12*(30/45)*D12*(75/100)L |
| D3*(9/12/15)*D3*(50/75/100)L | D14/D16/D18/D20/D25*100L |
| D4*(10/16/20)*D4*(50/75/100)L | D6/D8/D10/D12/D14/D16/D18/D20*150L |
HRC58 Corner End Mills – Precision Cutting for Tough Materials
Boost your machining efficiency with our high-performance HRC58 Corner End Mills, designed for hardened steels, titanium, and other difficult-to-machine materials (up to 58 HRC). Featuring advanced wear-resistant coatings and a robust corner radius design, these end mills deliver exceptional durability, reduced chipping, and extended tool life.
✔ High Hardness & Heat Resistance – Ideal for aerospace, mold & die, and automotive applications.
✔ Corner Radius Design – Enhances edge strength, minimizing breakage in high-load conditions.
✔ Optimized Flute Geometry – Improves chip evacuation and reduces vibration for smoother finishes.
✔ Multi-Layer Coating – Reduces friction and resists abrasion for longer tool life.
Hard Milling (HRC45-58)
Mold & Die Cavity Machining
Precision Aerospace Components
High-Speed Finishing & Roughing
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
1.What materials can HRC58 corner end mills cut?
They are designed for hard materials up to HRC58, such as hardened steel, alloy steel, and tool steel.
2.What coatings are used on these end mills?
Common coatings include TiAlN or AlTiN for high heat resistance and extended tool life.
3.What are the typical applications?
Ideal for milling, slotting, and profiling in mold-making, aerospace, and precision machining.
4.How to optimize cutting parameters?
Use lower RPM and moderate feed rates; always apply coolant or air blast for heat control.
5.How to prolong tool life?
Avoid excessive feed rates, ensure proper clamping, and use sharp, high-quality tools for hard materials.
HRC58 Corner End Mills
Show Details
Specitications
| SIZES(D*fL*sD*L) | |
| D1*3*D4*50L | D5*(13/20/25)*D5*(50/75/100)L |
| D1.5*4.5*D4*50L | D6*(15/24/30)*D6*(50/75/100)L |
| D2*6*D4*50L | D8*(20/30/35)*D8*(50/75/100)L |
| D2.5*7.5*D4*50L | D10*(25/40)*D10*(75/100)L |
| D3*9*D4*50L | D12*(30/45)*D12*(75/100)L |
| D3*(9/12/15)*D3*(50/75/100)L | D14/D16/D18/D20/D25*100L |
| D4*(10/16/20)*D4*(50/75/100)L | D6/D8/D10/D12/D14/D16/D18/D20*150L |
HRC58 Corner End Mills – Precision Cutting for Tough Materials
Boost your machining efficiency with our high-performance HRC58 Corner End Mills, designed for hardened steels, titanium, and other difficult-to-machine materials (up to 58 HRC). Featuring advanced wear-resistant coatings and a robust corner radius design, these end mills deliver exceptional durability, reduced chipping, and extended tool life.
✔ High Hardness & Heat Resistance – Ideal for aerospace, mold & die, and automotive applications.
✔ Corner Radius Design – Enhances edge strength, minimizing breakage in high-load conditions.
✔ Optimized Flute Geometry – Improves chip evacuation and reduces vibration for smoother finishes.
✔ Multi-Layer Coating – Reduces friction and resists abrasion for longer tool life.
Hard Milling (HRC45-58)
Mold & Die Cavity Machining
Precision Aerospace Components
High-Speed Finishing & Roughing
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
1.What materials can HRC58 corner end mills cut?
They are designed for hard materials up to HRC58, such as hardened steel, alloy steel, and tool steel.
2.What coatings are used on these end mills?
Common coatings include TiAlN or AlTiN for high heat resistance and extended tool life.
3.What are the typical applications?
Ideal for milling, slotting, and profiling in mold-making, aerospace, and precision machining.
4.How to optimize cutting parameters?
Use lower RPM and moderate feed rates; always apply coolant or air blast for heat control.
5.How to prolong tool life?
Avoid excessive feed rates, ensure proper clamping, and use sharp, high-quality tools for hard materials.
