B496 INSERT 鍍層等級 -HT/PVD COATING GRADES-HT/PVD Coated Cermet: 金屬陶瓷鍍層 金屬陶瓷以 Ti 系碳化物、氮化物為主要成份，也被稱為 Ti 系硬質合金◦ 結合最優化及特殊合金，提高了耐磨損性與 耐破損性，並且可發揮穩定性能◦ Consist of main Ti based carbide and nitrides, alsocalled Ti carbide alloy.With the optimized and unique alloy, greater wearresistance and stable performance. 被加工材質 Machining Materials ISO範圍 ISO scope 材質 Grade 顏色 Color 硬度 (Hv) Hardness 主要成份 composition 切削速度 Vc(m/min) 特點 Features P 鋼 Alloyed Steels P15~P25 RM1215 金黃色 Gold yellow 3200 TiN+TiCN 100~300 均勻細緻的高強度金屬陶瓷，高速切削時的耐磨損性ヽ耐熱性較佳，適 合用於合金鋼及不鏽鋼類加工。 Even tiny coated cermet with high strength, greater wear resistance and heat resistance during high speed cutting. For use on alloy steel and stainless steel. P15~P25 RM1230 紅銅色 Red copper 3300 TiN+TiCN 120~320 表面強化的金屬陶瓷，高速切削時的耐磨損ヽ耐熱及抗崩刃性較佳，適 合用於合金鋼及不鏽鋼類加工。 Coated cermet with strengthened surface, greater wear resistance and heat resistance during high speed cutting. For use on alloy steel and stainless steel. P15~P25 RM1205 銀灰色 Silver 1800 UN Coating 100~300 高強度及高韌性的金屬陶瓷，提高耐磨性及耐酸化性，可在廣泛的切削 條件下，獲得良好的精加工表面。適用於合金鋼及不鏽鋼類加工。 High strength and high toughness cermet, improve the wear resistance and acid resistance, can be in a wide range of cutting conditions to obtain a good surface finish. Apply to steel and stainless steel processing category. M 不鏽鋼 Stainless Steels P10~P20 RM1215 金黃色 Gold yellow 3200 TiN+TiCN 80~230 均勻細緻的高強度金屬陶瓷，高速切削時的耐磨損性ヽ耐熱性較佳，適 合用於合金鋼及不鏽鋼類加工。 Even tiny coated cermet with high strength, greater wear resistance and heat resistance during high speed cutting. For use on alloy steel and stainless steel. P05~P20 RM1230 紅銅色 Red copper 3300 TiN+TiCN 100~250 表面強化的金屬陶瓷，高速切削時的耐磨損ヽ耐熱及抗崩刃性較佳， 適合用於合金鋼及不鏽鋼類加工。Coated cermet with strengthened surface, greater wear resistance and heat resistance during high speed cutting. For use on alloy steel and stainless steel. 被加工材質 Machining Materials ISO範圍 ISO scope 精切削 Fine cutting 中切削 Middle cutting 重切削 Heavy cutting P 鋼 P15~P25 P15~P25 P15~P25 M 不鏽鋼 P15~P25 P15~P25 車削Turning RM1215 RM1230 RM1215 RM1205 RM1230 MICROGRAIN TiN ~500°C ~1/100000 atm PVD Ar N2 O4 … … Ti
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