Search results for: “Ti-6Al-4V”
RMIT Research Reveals Powder-Bed Layer Density as Key Factor for Ti-6Al-4V Part Quality
RMIT University research highlights the importance of powder-bed layer density in improving Ti-6Al-4V part quality…
ProFocus DED Titanium Components Produced with m4p’s Ti-6Al-4V Powder
Explore how Oscar-PLT’s ProFocus DED technology and m4p’s Ti-6Al-4V powder are advancing titanium additive…
Ti Gr.5(Ti-6Al-4V)
1. Introduce – The…
Aerospace Metals Face Demand Risk From Middle East Airspace Disruption
Middle East airspace disruption and jet fuel risks may delay aerospace titanium recovery, while hafnium, tungsten, and…
Cheaper, Stronger AM Titanium Alloy Developed by RMIT University
RMIT engineers develop a cheaper, stronger titanium alloy for Additive Manufacturing, targeting aerospace and MedTech.
Cryogenic-Tested Titanium Pressure Tank Validates DED Additive Manufacturing for Space
South Korea’s DED-built titanium tank passes cryogenic pressure tests, marking a breakthrough in space-grade metal 3D…
Optimizing Titanium Wire for Additive Manufacturing: Hermith’s Innovative Approach
Hermith GmbH has developed an advanced method for producing Ti-6Al-4V titanium wire, optimized for Additive…
Trumpf Qualifies 6K Additive’s Titanium Powder for TruPrint Additive Manufacturing Machines
Trumpf has qualified 6K Additive’s titanium powder for use in its TruPrint Additive Manufacturing machines, offering…
Ti Gr.23(Ti-Al-V)
1. Introduce – High…
Ti 15Mo(Ti-Mo)
1. Introduce – Composed…
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Ti Gr.23(Ti-Al-V)
1. Introduce – High…
Ti Gr.19(Ti-Al-V-Cr-Mo-Zr)
1. Introduce – Ti…
Ti Gr.11(Ti-Pd)
1. Introduce – Alloy…
50Ni50CrNb(Ni-Cr-Nb)
1. Introduce – 50Ni50CrNb,… © supermetalprice. All rights reserved.