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By Shanghai Truer Background Molybdenum has excellent properties such as high temperature strength, good electrical and thermal conductivity, good heat and fatigue resistance, and low toxicity. It is used in aerospace, nuclear industry, electronics industry, and medical fields. However, its…

Adapted from B01, Issue 23, 2023 of World Metal Herald Background As is well known, due to its excellent high-temperature strength, molybdenum metal has become an indispensable raw material in many industries. In practical applications, sometimes complex shaped components are…

With the official approval of the National Medical Products Administration (NMPA) on July 20, 2023, the titanium alloy acetabular cup system developed by our first partner using the electron beam 3D printing equipment (Y150) produced by our company has been…

Edited based on Section snippets Abstract Diamond composites exhibit exceptional hardness, chemical stability and thermal conductivity, but poor machinability limits their applications. This article reports the use of electron beam melting technique (SEBM, one typical powder bed fusion technology) for 3D-structured NiCu/diamond composites, resulting in a…

Edited based on “STANFORD ADVANCED MATERIALS” (powder.samaterials.com) The Plasma Rotating Electrode Process is known for its high sphericity and low oxygen content. The Plasma Gas Atomization is suitbale for preparing metal powders with high sphericity and uniform particle size. What are…

In order to achieve effective design of additive manufacturing nickel-base high-temperature alloys with good usability, a new type of nickel-base high-temperature alloy was developed by combining effective component screening and local element segregation, which has excellent formability, wide process applicability,…

SEBM additive manufacturing technology is one of PBF technologies, which use electronic beam as heating resource. The principle is to use high-energy electron beams to scan and heat the metal powders at high speed under vacuum protection, melt layer by…

Mr. Chen Huanming’s team investigated the micro-structure characteristics of a kind of superallowy powders (similar to Rene 95) prepared by plasma rotating electrode processing (PREP) by using SEM and calculated the relation between cooling rate and particle size distribution. The…