Blog Category:Materials

Learn what X30Cr13 stainless steel is, how it performs in CNC machining, where it is used, how it compares with maraging steel, and how to control machining risks, heat treatment and surface quality for precision parts. What Is X30Cr13 Stainless Steel? Before discussing X30Cr13 CNC machining, it is important to define the material clearly. Many […]

Learn what 100Cr6 steel is, how it compares with maraging steel for CNC machining, and how to control hardness, heat treatment, tolerances, tool wear, surface finish, and bearing-grade part quality. What Is 100Cr6 Steel? 100Cr6 is a high-carbon chromium bearing steel commonly associated with DIN 1.3505, EN 100Cr6, AISI 52100, and JIS SUJ2 equivalents. In […]

CuSn6 is often selected when an engineer needs a copper alloy with wear resistance, spring behavior, corrosion resistance, and better dimensional stability than many softer copper grades. In CNC machining, it is not treated like ordinary brass or pure copper. Its tin and phosphorus content make the alloy stronger and more elastic, but they also […]

34CrNiMo6 is a high-strength Ni-Cr-Mo quenched and tempered alloy steel used for CNC machined shafts, gears, fasteners, tooling and heavy-duty machine parts. This guide explains its properties, applications, machinability, heat treatment risks and comparison with maraging steel for precision CNC projects. What Is 34CrNiMo6 Material? 34CrNiMo6 is a European alloy special steel identified by material […]

Titanium Grade 7 is a palladium-enhanced commercially pure titanium grade used when a machined component must survive corrosive service without becoming unnecessarily heavy or difficult to assemble. In CNC machining, it is not selected because it is the easiest titanium grade to cut. It is selected because its corrosion resistance, ductility, weldability, and moderate strength […]

This article explains CuAl10Ni5Fe4 from a CNC machining perspective, covering material identity, common machined parts, properties, machining challenges, process controls, and a focused comparison with maraging steel. The structure is written for engineers and purchasers evaluating custom CNC machined aluminum bronze components. What Is CuAl10Ni5Fe4? CuAl10Ni5Fe4 is a nickel aluminum bronze grade used when a […]

Learn what CuSn8 bronze is, when it is used for CNC machined parts, how its composition and properties affect machining, and how CuSn8 compares with maraging steel for precision components. What Is CuSn8 Bronze? CuSn8 is a tin bronze, often called phosphor bronze in commercial supply chains, with copper as the base element and about […]

Learn what DC01 steel is, when it is used for CNC machining, its chemical, physical, and mechanical properties, machining challenges, typical parts, and how it compares with maraging steel for precision CNC components. What Is DC01 Steel? DC01 is a cold rolled, low carbon, non-alloy steel grade commonly supplied as sheet, coil, slit coil, or […]

DD11 is often selected when a project needs a low-carbon steel that is easy to form, weld, cut, and source as hot-rolled sheet or strip. It is not usually chosen because it is the strongest steel; it is chosen because it gives designers a workable balance of price, ductility, availability, and manufacturing flexibility. For CNC […]

Learn what E295 steel is, when it is used for CNC machined parts, how its chemical composition and mechanical properties affect machining, and how it compares with maraging steel for strength, cost, tolerance, heat treatment, and production risk. What Is E295 Steel? E295 is a European non-alloy structural steel identified by material number 1.0050 under […]

Learn what E335 steel is, whether E335 is suitable for CNC machining, what parts it is used for, how it compares with maraging steel, and how to control machining challenges in custom CNC steel parts. What Is E335 Steel? E335 is a European non-alloy quality structural steel grade commonly associated with EN 10025 hot-rolled structural […]

Learn what Titanium Grade 4 is, why it is used for CNC machined parts, how it compares with maraging steel, and what engineers should know about properties, applications, machining challenges, tolerances, and production solutions. What Is Titanium Grade 4? Titanium Grade 4 is the strongest widely used commercially pure titanium grade. It is not an […]

Learn what Titanium Grade 1 is, why it is used for CNC machined parts, how its chemical composition and properties affect machining, and how it compares with maraging steel for precision manufacturing. What Is Titanium Grade 1? Titanium Grade 1 is the softest and most ductile commercially pure titanium grade. It is not selected because […]

Learn what 5754 aluminum is, when it is used for CNC machining, how it compares with maraging steel, and how to control surface finish, burrs, distortion, and corrosion-related design requirements in custom machined parts. What Is 5754 Aluminum? 5754 aluminum is a wrought aluminum-magnesium alloy commonly identified as EN AW-5754, AlMg3, or 3.3535. It belongs […]

16MnCr5 is not usually selected because it is the strongest steel in a datasheet. It is selected because a CNC machined component may need a hard, wear resistant outside and a tougher core that can handle repeated load. That combination matters for rotating parts, sliding parts, gear teeth, splines, journals, and compact mechanical assemblies. In […]

Learn what Titanium Grade 5 is, why Ti-6Al-4V is used for CNC machined parts, how it compares with maraging steel, and how to control heat, tool wear, galling, burrs, and thin-wall distortion. What Is Titanium Grade 5? This section explains the topic from a CNC machining and material-selection viewpoint, so the material name can be […]

Learn what Titanium Grade 2 is, why it is used for CNC machined parts, how it compares with maraging steel, and how to control heat, burrs, galling, tolerance, and surface finish during machining. What Is Titanium Grade 2? Titanium Grade 2 is a commercially pure titanium grade, often identified as UNS R50400. It is not […]

Learn what E360 steel is, how it compares with maraging steel, and how both materials affect CNC machining, tolerances, costs, part selection, and production quality. What Is E360 Steel? E360 is a European non-alloy quality structural steel used when a part needs higher strength than many basic mild steel grades but does not require the […]