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This stainless steel powder, 17-4PH is a martensitic precipitation-hardening stainless steel. It’s used in the manufacture of shafts or parts for steam turbines. Particle sizes: 0-45mm, 0-53mm, 15-40mm, 15-20-53mm, 10-15-53mm, 30-45mm, 40-105mm. Use: 3D Printing. About Stainless Steel Powder 17.4PH Metal Powder: Characteristics of powder: low oxygen content and uniform particle size distribution make powder …
They are mostly used for aerospace connectors, automotive manufacturing, engineering parts and construction. Particle sizes: 0-45 mm to 0-53mm, 15-40 mm to 15-53mm, 15-20 mm and 45-105mm. Application: 3D printing. About the AlSi10Mg Steel Powder: Powder properties: smooth surface, less satellite ball, high oxygen content, consistent particle size distribution and good sphericity. High bulk density, …
Nickel-based metal powders are used in industrial and aerospace steam turbines, petrochemicals. Laser cladding is another application. Particle sizes: 0-45mm, 0-53mm, 15-40mm, 15-50 mm. 15-53mm, 45-105mm. Gray-black Use: 3D printing. About 3D Printer Alloy K403: Powder properties: smooth surface, less satellite balls, high oxygen content, consistent particle size distribution and good powder characteristics Fluidity and …
3D printing with thin-walled components and intricate parts is possible using iron-based powdered metal. The universal austenitic stainless metal 316 alloy features a cube-shaped face. About 3D Printering 316 Powdered Stainless Steel: Stainless-based steel 316 has at least 10.5% chrome. This alloy, which is an austenitic universal stainless steel has a cubic shape and is …
The powder 304 has excellent corrosion resistance and long-lasting properties. You can place the spherical particles parallel to the coating film. Then, spread them throughout the whole coating film. This creates a protective shield with great hiding power that will block moisture. The 3D Printing of 304 Stainless steel Powder. It is very resistant to …