Ultra fine Aluminium powder (no dual use product, can be shipped without export licence) Al: min 99.7% D50: 5.5 - 9 microns (Laser granulometry analysis )
Fine shperical aluminium powder We can produce the powder with d50 w/i 0-45um. And the collection of the fine aluminium powder under 17um reaches more than 90% we can produce products with special specifications according to the demand of the customers. 25kg/bucket
1. D50 is from 1um to 500um. 2. Chemical content: AL 99.75% MIN, Si 0.06% max, Fe 0.06% max, Cu 0.002% max. 3. Applications: metal pigments, solar cell paste, thermal interface material, fuelcell energy. 1. 40kg or 200kg steel drum. 2. Pallet.
1. D50 is 4-6um. 2.Chemical content: Al 99.75% min, Si 0.06% max, Fe 0.06% max, Cu 0.002% max. 3. Stirct control of the span and big particles. 1. 40kg or 200kg steel drum. 2. Air and sea transportation.
1. D50 is 9-11um. 2. Chemical content: Al 99.75% min, Si 0.06% max, Fe 0.06% max, Cu 0.002% max. 3. Strict control of the span, D10 and D90. 1. 40kg or 200kg steel drum. 2. Air and sea shipments.
1. D50 is 3-4um. 2. Chemical content: Al 99.75% min, Si 0.06% max, Fe 0.06% max, Cu 0.002% max. 3. Strict control of the big particles. 1. 40kg or 200kg steel drum. 2. Sea and air trasportation.
1. D50 is 6-7um. 2. Chemical content: Al 99.75% max, Fe 0.06% max, Si 0.06% max, Cu 0.002% max. 3. Strict control of the span, D10 and D90. 1. 40kg or 200kg steel drum. 2. Air and sea shipments.
The demand for aluminium powder in additive manufacturing is increasing thanks to its excellent properties. Aluminium is a strong, lightweight metal that offers good impact and corrosion resistance as well as excellent heat conductivity. This makes it a suitable metal for many applications, such us mobility parts in aerospace and automotive industries, components of radio transmitting equipment and other components where specific strength and density performance are of utmost importance. TMC Powder Metal has a wide range of AM powders, including aluminium powders, designed to fit various applications. We are constantly working on new solutions to improve performance, material efficiency and sustainability. Our engineers develop new alloys specifically designed for additive manufacturing technology. optimise particle size, distribution, morphology, flow properties and oxide content to fit your specific needs.