KYOCERA Inserts (for Milling)

[Features]· PR1525: Uses "MEGACOAT NANO", a special nano-laminated coating with superior wear resistance and heat resistance.· Realizes a stable service life when milling steel and stainless steel.[Applications]· For Milling· PR1525: For steel and stainless steel milling

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

[Features] Shape: PR1225 is a MEGACOAT with excellent abrasion resistance and heat resistance for a fine-grained carbide substrate.

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

[Features]· CA6535: CVD grade for milling with improved stability thanks to the use of thin film.· Exhibits high heat resistance and abrasion resistance.· For Ni-based heat-resistant alloy and martensitic stainless steel milling.[Applications]· For Milling· CA6535: Milling of Ni-base heat-resistant alloy and martensitic stainless steel

[Features] Can be used for machining a wide range of steel materials, such as steel, stainless steel, heat-resistant alloys, titanium alloys and hardened materials.

[Features] Can be used for machining a wide range of steel materials, such as steel, stainless steel, heat-resistant alloys, titanium alloys and hardened materials.

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· CA420M: Controls film peeling with the advanced CVD coating "CRIOS" technology, and prevents chipping as well as achieving a long, stable life.[Applications]· For Milling· CA420M: High speed machining of cast iron

[Features]· PR1510: Uses "MEGACOAT NANO", a special nano-laminated coating with superior wear resistance and heat resistance.· Gray cast iron and ductile cast iron machining achieves superior fracture resistance and wear resistance.[Applications]· For Milling· PR1510: For milling of gray cast iron and ductile cast iron

[Features]· PR1525: Uses "MEGACOAT NANO", a special nano-laminated coating with superior wear resistance and heat resistance.· Realizes a stable service life when milling steel and stainless steel.[Applications]· For Milling· PR1525: For steel and stainless steel milling

[Features]· TN100M: Tough cermet for milling.· The oxidation resistance has improved, as has the thermal shock resistance, by a significant amount.· Suppresses oxidation wear in high-speed milling of steel.[Applications]· For Milling· TN100M: Cermet for steel and die steel high speed milling

[Features]· CA6535: CVD grade for milling with improved stability thanks to the use of thin film.· Exhibits high heat resistance and abrasion resistance.· For Ni-based heat-resistant alloy and martensitic stainless steel milling.[Applications]· For Milling· CA6535: Milling of Ni-base heat-resistant alloy and martensitic stainless steel

[Features]· CA6535: CVD grade for milling with improved stability thanks to the use of thin film. Exhibits high heat resistance and abrasion resistance.· For Ni-based heat-resistant alloy and martensitic stainless steel milling.[Applications]· For Milling· CA6535: Milling of Ni-base heat-resistant alloy and martensitic stainless steel

[Features]· PR1510: Uses "MEGACOAT NANO", a special nano-laminated coating with superior wear resistance and heat resistance.· Gray cast iron and ductile cast iron machining achieves superior fracture resistance and wear resistance.[Applications]· For Milling· PR1510: For milling of gray cast iron and ductile cast iron

[Features]· CA6535: CVD grade for milling with improved stability thanks to the use of thin film.· Exhibits high heat resistance and abrasion resistance.· Applicable to Ni-based heat-resistant alloy and martensitic stainless steel milling.[Applications]· For Milling· CA6535: Milling of Ni-base heat-resistant alloy and martensitic stainless steel

[Features]· PR1535: Uses "MEGACOAT NANO", a special nano-laminated coating, to improve wear resistance and stability.· Compatible with milling of Ti alloy and precipitation hardened stainless steel.[Applications]· For Milling· PR1535: For milling of Ti alloy and precipitation hardened stainless steel

[Features]· PV720: MEGACOAT NANO coating uses special reinforcing technology (hybrid technology) on cermet substrate to achieve both superior fracture resistance and wear resistance.· Realizes both high-efficiency machining and a high-grade finished surface.[Applications]· For lathe turning· PV720: The foremost recommended PVD cermet for steel machining