Metal 3D printing powder 420

metal 3D printing powder
metal 3D printing powder
metal 3D printing powder
metal 3D printing powder
metal 3D printing powder
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Characteristics

Composition
metal

Description

BLT provides a variety of metal AM materials according to different categories, grades, particle size. BLT powder grades encompass over 90% of commonly used metal AM powders, including Titanium and Titanium Alloys, Superalloys, Aluminum Alloys, Stainless Steel, and more. Additionally, BLT provides customized services to meet the specific requirements of our users for various metal AM materials. BLTM Metal AM Powders Adopt the optimized atomization process parameters, prepare the highly qualified AM titanium and titanium alloy powders Component Detection Equipped with CNAS certification testing center to strictly test the chemical composition of the powder Morphology Detection Detect and analyse the morphology and internal structure of the powder to provide a reference for the microstructure research of printed parts Physical Property Optimize the particle size distribution, fluidity and bulk density of the powder for additive manufacturing by milling process Printing Verification Various types of additive manufacturing equipment are used for verification of powder forming Performance Testing Comprehensively test the microstructure and mechanical properties of the formed parts to provide feedback for powder research and development Powder properties: • Good powder morphology • In accordance With GB, ASTM standard chemical composition • Uniform composition, high purity • Grade : 420 • Product Specification : 0-20µm; 15-53µm; 53-105µm; 75-180µm • Flowability : ≤22s • Apparent Density : ≥4.0g/cm3 • Sphericity : ≥0.9 • Oxygen Content : ≤200ppm • Mechanical Properties (Annealing) : Hardness:50-58HRC

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.