ブログカテゴリ：材料

Compare 420 stainless steel vs 316 for CNC parts. Learn how hardness, corrosion resistance, heat treatment, machining, and cost affect material selection.

Compare 3Cr13 steel vs. 1095 high carbon steel for CNC machining. Learn how composition, hardness, corrosion resistance, heat treatment, machinability, surface finishing, and total cost affect steel part selection.

Can brass be anodized like aluminum? Learn what anodized brass really means, why anodizing brass is different from aluminum anodizing, and which brass finishes work best for CNC parts.

Learn the melting point of lead in Celsius and Fahrenheit, how lead alloys melt differently, and why heat, machining, creep, and compliance matter.

Is titanium magnetic? Learn how titanium and magnets behave, why titanium is practically nonmagnetic, and how alloys, coatings, contamination, and CNC machining affect titanium parts.

Does titanium rust? Learn how titanium corrosion resistance works, when titanium can corrode, and what it means for CNC machined parts.

Compare 308 vs 316 stainless steel for welding, corrosion resistance and CNC machining. Learn when to use 308L filler metal or 316L base material.

Compare 416 vs 316 stainless steel for CNC machining, including machinability, corrosion resistance, heat treatment, and production cost.

Learn how aluminum tempers affect strength, bending, CNC machining stability, anodizing, and material selection for precision parts.

Compare galvanneal vs galvanized steel for corrosion resistance, painting, forming, welding, cost, and sheet metal applications.

Compare 6061 vs 6082 aluminum for CNC machining, structural strength, anodizing, corrosion exposure, welding, cost, and custom part design.

Learn how High Speed Steel grades, heat treatment, machining routes, and wear resistance affect tooling, precision parts, and material selection.

Learn how 2014-T6 aluminum modulus of elasticity affects stiffness, deflection, vibration, assembly fit, and CNC machining accuracy.

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.