블로그 카테고리:재료

티타늄 등급 7은 팔라듐이 첨가된 상업용 순수 티타늄 등급으로, 가공된 부품이 부식성 환경에서도 불필요하게 무겁거나 조립이 어려워지지 않도록 설계된 경우에 사용됩니다. CNC 가공에서는 가장 절삭이 용이한 티타늄 등급이라서 선택되지는 않습니다. 오히려 내식성, 연성, 용접성 및 적당한 강도를 갖추고 있어 […]

이 글은 CuAl10Ni5Fe4를 CNC 가공 관점에서 설명하며, 재료의 정체성, 일반적인 가공 부품, 특성, 가공 시 도전 과제, 공정 관리, 그리고 마르아징강과의 집중 비교까지 다룹니다. 본 문서는 맞춤형 CNC 가공 알루미늄 청동 부품을 평가하는 엔지니어와 구매 담당자를 위해 구성되었습니다. CuAl10Ni5Fe4란 무엇인가요? CuAl10Ni5Fe4는 니켈 알루미늄 청동 등급으로, 특정 […]

CuSn8 청동이 무엇인지, CNC 가공 부품에 언제 사용되는지, 그 조성과 특성이 가공에 어떤 영향을 미치는지, 그리고 CuSn8이 정밀 부품에서 마르아징강과 어떻게 비교되는지 알아보세요. CuSn8 청동이란 무엇인가요? CuSn8은 주로 상업적 공급망에서 포스포러스 청동으로 불리는 주석 청동으로, 기본 원소는 구리이며 약 […]

DC01 강재가 무엇인지, CNC 가공에 언제 사용되는지, 그 화학적·물리적·기계적 특성, 가공 시 직면하는 도전 과제, 일반적인 부품 사례와 함께 정밀 CNC 부품용 마레이징 강재와의 비교를 알아보십시오. DC01 강재란 무엇인가요? DC01은 냉간 압연된 저탄소 비합금 강종으로, 주로 판재, 코일, 슬릿 코일 등의 형태로 공급됩니다. […]

DD11은 형상 가공, 용접, 절단이 용이하고 열간 압연 판재 또는 스트립 형태로 조달하기 쉬운 저탄소 강재가 필요한 프로젝트에서 종종 선택됩니다. 이 강재는 가장 강한 강재라서 선택되지는 않으며, 오히려 가격, 연성, 공급 가능성 및 제조 유연성 사이에서 설계자들이 적절히 균형을 맞출 수 있도록 해 주기 때문에 선정됩니다. CNC […]를 위해…

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 […]

DD13 is often discussed as a forming-grade mild steel, but it can still appear in CNC machining projects when a part begins as hot-rolled sheet, strip, or plate and then needs holes, slots, trimmed edges, threaded features, or machined reference surfaces. This guide explains DD13 from a CNC manufacturing point of view and compares it […]

Learn what CuBe2 beryllium copper is, why it is used for CNC machined parts, how its properties compare with maraging steel, and how to control machining risks, tolerances, tool wear, and safety during production. What Is CuBe2? CuBe2 is best understood as a performance copper alloy rather than a general purpose metal. The following sections […]

Learn what 7050 aluminum is, why it is used for CNC machined aerospace and high-strength parts, how it compares with maraging steel, and how to control machining risks such as distortion, tool wear, burrs, and surface finish defects. What Is 7050 Aluminum? 7050 aluminum is a heat-treatable 7000-series aluminum alloy developed for high-strength structural service, […]

Learn what 6063 aluminum is, how it performs in CNC machining, common CNC machined 6063 aluminum parts, key properties, machining challenges, and how 6063 compares with maraging steel for custom precision components. What Is 6063 Aluminum? 6063 aluminum is a heat-treatable aluminum-magnesium-silicon alloy in the 6xxx series. It is best known for excellent extrudability, clean […]