notícias

Quick Answer 4340 alloy steel powder is a spherical Ni-Cr-Mo low alloy steel feedstock (nominal 0.40% C, 1.8% Ni, 0.8% Cr, 0.25% Mo, balance Fe) used in laser powder bed fusion, directed energy deposition, binder jetting, and powder metallurgy to produce ultra-high-strength structural parts. In powder bed fusion systems it performs well but demands respect […]

Quick Answer AISi7Mg LPBF powder is a spherical Al-Si-Mg casting-type alloy feedstock (6.5-7.5% Si, 0.45-0.7% Mg, balance Al) engineered for laser powder bed fusion, offering a forgiving process window, near-full density at standard parameters, and T6-age-hardenable strength around 300 MPa. Optimizing processing parameters starts with the powder itself: specify a 15-53 micron PSD (D50 around

Quick Answer FeNi42 soft magnetic powder is a spherical iron-nickel alloy feedstock containing approximately 42% nickel with the balance iron, combining useful soft magnetic behavior with the exceptionally low, controlled thermal expansion that defines the classic Alloy 42 (1.3917 / Nilo 42) wrought grade. Buyers sourcing this powder for additive manufacturing, powder metallurgy, or metal

Quick Answer FeNiCrMn High Entropy Alloys are equiatomic, single-phase FCC multi-principal-element alloys engineered for additive manufacturing, combining exceptional cryogenic toughness, high work-hardening capacity, and strong corrosion resistance in one printable material system. Produced as spherical powder by gas atomization or PREP, FeNiCrMn powder typically delivers 15-45 um cuts for LPBF and 45-106 um cuts for

1. Introduction to 3207 Powder in Powder Metallurgy 3207 powder is a pre-alloyed powder metallurgy (PM) grade widely used in structural components that require a balance of strength, wear resistance, and manufacturability. It typically refers to a PM steel composition with approximately 1.5–2.0% Ni, 0.5–0.7% Mo, and balanced Fe, often categorized under the FLN2-4405 or

1. Introduction: The Growing Demand for Aluminum Chromium Powder Aluminum chromium powder, a high-performance alloy blend, is increasingly critical to sectors such as aerospace, automotive, electronics, and additive manufacturing. This fine metal powder exhibits a unique combination of lightweight properties from aluminum and corrosion resistance from chromium, making it a preferred choice for businesses seeking

1. Introdução: A importância do pó de vanádio-alumínio nas indústrias modernas O pó de vanádio-alumínio é um pó de liga metálica de alto desempenho amplamente utilizado nas indústrias aeroespacial, automotiva, de energia e de manufatura aditiva. A liga é preferida por sua excepcional resistência mecânica, resistência à corrosão e estabilidade em altas temperaturas, especialmente quando utilizada na forma de pó para metalurgia do pó e impressão 3D

Resposta rápida: O pó de alumínio 6061 é uma matéria-prima esférica de liga de Al-Mg-Si projetada para manufatura aditiva, metalurgia do pó, pulverização térmica e moldagem por injeção de metal. Ele reproduz a composição química da clássica liga 6061 forjada, tendo magnésio (0,8-1,2%) e silício (0,4-0,8%) como principais elementos de liga, e pode ser endurecido por precipitação até a condição T6 após a impressão

Quick Answer FeNi42 soft magnetic powder is a spherical iron-nickel alloy powder containing approximately 42% nickel, valued for its combination of soft magnetic behavior and exceptionally low thermal expansion. In additive manufacturing and powder metallurgy, it is used to produce magnetic cores, shielding components, hermetic sealing parts, and precision electronic structures where dimensional stability across