特殊高級合金球状粉末

In aerospace, nuclear energy, and high-end manufacturing, additive manufacturing and powder metallurgy are driving revolutionary upgrades in component design and production. Sphericity and impurity control of metal powders are critical to the performance and yield of printed parts.

We offer two types of special high-end alloy spherical powders:

· High-entropy alloy (HEA) powders (CoCrFeNiMn series)

· Spherical titanium alloy powders (TC4 / Ti6Al4V, etc.)

These cover cutting-edge structural materials and mature aerospace titanium alloys to meet fullrange demands.

High-Entropy Alloy Powders

Benefiting from the unique “high mixing entropy” effect, HEAs exhibit exceptional corrosion resistance, hightemperature stability, and wear resistance, with rapidly growing demand in aerospace, nuclear power, automotive, and other sectors.

Backed by technical collaboration with leading materials schools of Hong Kong universities, UrbanMines provides customizable multicomponent systems including CoCrFeNiMn and FeCoCrNiMn, featuring high spheroidization rate and precisely controlled oxygen content.

Spherical Titanium Alloy Powder (TC4 / Ti6Al4V)

Widely used in 3D printing and hot isostatic pressing (HIP) nearnet shaping for aircraft structural parts, gas turbine blades, and medical implants.

Using inert gas atomization and EIGA dual processes, UrbanMines supplies products in multiple size ranges such as 15–53 μm and 45–106 μm, with oxygen content tightly controlled at ≤ 0.13%, fully compatible with PBF laser melting, powder metallurgy HIP, and other processes.