博客分类：材料

Learn how 11SMn30 free-cutting steel supports efficient CNC turning, stable chip control, surface treatment, and lower batch-production cost.

Compare pure tungsten vs tungsten alloy by density, ductility, machinability, applications, and cost for high-performance CNC parts.

Learn the melting point of silver, how sterling silver differs from pure silver, and why alloy ranges matter for casting, finishing, and CNC machining.

Compare cast aluminum and forged aluminum by strength, defects, machining, cost, geometry, production volume, and surface finish requirements.

Compare ADC10 vs ADC12 aluminum for die casting. Learn how composition, strength, casting fluidity, CNC machining, finishing, cost, and part design affect selection.

Compare copper vs steel for CNC machined parts, including strength, conductivity, corrosion resistance, machining behavior, total cost, and practical material selection.

Does tungsten rust? Learn how pure tungsten, tungsten carbide, and tungsten alloys react to moisture, heat, chemicals, and CNC machining conditions.

了解C40E钢的定义、性能、对应牌号、应用领域、材料选用原则以及精密机械零件的数控加工注意事项。.

了解X45NiCrMo4钢的特性，及其镍-铬-钼合金设计对强度、韧性、应用范围、数控加工、热处理及生产风险的影响。.

了解X6Cr17不锈钢的特性，及其铁素体17%铬结构对耐腐蚀性、应用领域、材料选择及数控加工行为的影响。.

了解X90CrMoV18不锈钢的特性，及其高碳高铬成分对硬度、耐磨性、耐腐蚀性、数控加工及热处理等方面的影响。.

了解X100CrMoV5工具钢在数控加工中的表现，包括其性能、应用领域、热处理工艺、耐磨性、变形风险及生产难点。.

了解X153CrMoV12工具钢在数控加工中的表现，包括其优异的耐磨性、各项性能、应用范围、热处理工艺、磨削余量及生产风险。.

了解X210Cr12钢的特性，为何被用于耐磨刀具，以及其高碳高铬特性对数控加工、热处理和表面精整的影响。.

了解X210CrW12钢在刀具应用中的表现，包括其性能、耐磨性、刃口保持能力、数控加工工艺、热处理及表面精整方面的风险。.

了解X2CrNi12不锈钢的特性、适用范围、与低碳钢及304不锈钢的对比，以及其在数控加工与制造过程中的表现。.

了解X40Cr14不锈钢的特性，以及其马氏体组织对硬度、耐腐蚀性的影响，并探讨其应用领域、数控加工工艺、热处理方式及表面处理风险。.

了解CuZn39Pb2黄铜在数控加工中的表现，包括其易切削性能、材料特性、应用范围、选材原则、切屑控制及合规性要求。.