Aluminum is a popular metal powder for additive manufacturing thanks to its low density, good mechanical properties, machineability, corrosion resistance and conductivity. Optimizing aluminum powder characteristics enables reliable printing of strong, lightweight aluminum parts across aerospace, automotive and industrial applications. This guide covers properties, specifications, atomization production, quality assurance considerations,
Metal alloy powders enable manufacturing of high performance parts using powder metallurgy pressing and sintering or additive manufacturing methods across transportation, industrial, medical and energy industries. This guide covers various alloy options, powder production processes, key specifications, use cases, quality considerations and sourcing advisory. Types of metal alloy powders Common
spherical titanium powder with controlled particle sizes enables manufacturing of strong, lightweight titanium metal parts using additive manufacturing or powder metallurgy pressing. Its high strength-to-weight ratio, corrosion resistance and biocompatibility make titanium an attractive engineering material across aerospace, medical, automotive and other demanding applications. This guide covers compositions, production methods,
Stainless steel powders enable complex geometry printing using additive techniques unmatched by conventional metal manufacturing. This guide covers alloy variants, particle specifications, properties data, pricing insights and comparisons to inform stainless powder procurement. Introduction to Stainless Steel Powders Key capabilities offered by stainless steel powders: Common alloys used include: This
Refractory metal powders enable additive manufacturing of extremely heat resistant alloys unmatched by other materials. This guide covers refractory powder compositions, particle specifications, properties data, pricing, and comparisons to inform procurement decisions. Introduction to Refractory Metal Powders Key capabilities offered by refractory powders include: Common alloys used are: This guide
superalloys metal powder enable additive manufacturing of high strength, heat resistant alloy components unmatched by conventional metals. This guide covers superalloy compositions, powder specifications, properties data, pricing insights and comparisons to inform powder metallurgy procurement decisions. Introduction to superalloys metal powder Key capabilities of superalloy powders: Common classification groups: This
アルミニウムは、その低密度、優れた機械的特性、機械加工性、耐食性、導電性により、積層造形用の金属粉末として人気がある。アルミニウム粉末の最適化
粒子径を制御した球状チタン粉末は、積層造形や粉末冶金プレスによる高強度で軽量なチタン金属部品の製造を可能にします。その高い強度対重量
ステンレス鋼粉末は、従来の金属製造とは比較にならないアディティブ技術を使用した複雑な形状の印刷を可能にします。このガイドでは、合金の種類、粒子の仕様、特性データ、価格について説明します。
耐火性金属粉末は、他の材料では得られない極めて耐熱性の高い合金の積層造形を可能にします。このガイドでは、耐火物粉末の組成、粒子仕様、特性データを取り上げています、
中国・青島に本社を置く積層造形ソリューションの大手プロバイダー。