9 Каталог GESAC 2015 Станочный металлорежущий инструмент с СРП и монолитный Стр.003

Каталог GESAC 2015 Инструмент металлорежущий Стр. 003 0009 Lab2u

(三）加工K类材料牌号 Grades for K Applications 牌号 Grade 加工类型 Cutting Range 涂层构成 Coating 特点 Advantages GK1115 精 半精加工 Finishing and Semi-finishing GK1120 精 半精加工 Finishing and Semi-finishing GK1125 GK1130 , ， > - mi rm- nTm l 半精 粗加工 Semi-finishing and Roughing 高耐磨性细晶粒基体与MIT-TiCN+厚的Al2 ：3 涂层相结合，经过特殊的涂层后处理技术， 表面光滑，在加工球墨铸铁和灰铸铁时，表 现出良好的耐磨性和抗崩刃性 MT-TiCN and thick A丨2O3 coated on micro-grain carbide substrate, superior wear resistance. Smooth coating surface after special post-processing and shows superior wear resistance and fracture resistance. Application: Suitable for finishing and semi-finishing of nodular irons and gray irons in continuous and light interrupted conditions. 高耐磨性细晶粒基体与MT-TiCN+厚的Al2 3涂 层相结合，经过特殊的涂层后处理技术，大幅 提高刃 强度，保证了切削的稳定性，特别适 用于球墨铸铁的精加工及半精加工工况 MT-TiCN and thick Al2 3 coated on micro-grain carbide substrate.Special post-processing with excellent edge strength and ensure the stability of cutting. Application: Suitable for continuous and light interrupted cutting action of nodular cast iron. 韧性细晶粒基体与厚的MT-TiCN+ Al2 3 涂层相结合，在保证刀片良好耐磨性的同 时，大幅提高韧性，推荐用于韧性要求高 的恶劣工况 Thick MT-TiCN+Al2 3 coated on toughness micro-grain carbide substrate, keeping superior wear resistance and greatly improved toughness. Application:Suitable for bad machining conditions which require high toughness. 韧性细晶粒基体与厚的MT-TiCN+ Al2 ：3涂层 相结合，经过特殊的涂层后处理技术，在保证 刀片良好韧性的同时，大幅提高刃 强度，特 别适用于球磨铸铁的断续粗加工等恶劣工况 Thick MT-TiCN+Al2 3 coated on toughness micro-grain carbide substrate, keeping greatly improved toughness and excellent edge strength. Application: Suitable for interrupted rough cutting action of nodular cast iron. (四）加工n类材料牌号 Grades for N Applications 牌号 Grade 加工类型 Cu廿ing Range 涂层构成 Coating 特点 Advantages GN9125 半精 粗加工 Semi-finishing and Roughing 无涂层细晶粒硬质合金牌号，良好的耐磨性 能与韧性兼备，适合于铜 铝合金等有色金 属的精 半精加工 Micro-grain carbide substrate with high hardness and superior wear resistance. Application:Suitable for finishing to semifinishing of coppers and aluminum alloys in light interrupted conditions. Turning General Turning