Frequently asked questions.

We develop and produce advanced metal powders for additive manufacturing and high-performance industrial applications, with an initial focus on high value-added steel powders.

Stainless steels, tool steels, maraging steels and iron-based alloys for additive manufacturing and coatings, plus differentiated materials such as cobalt-free maraging, manganese steels and metal-ceramic materials.

These are lines we are researching, such as amorphous powders or electrical and magnetic materials. They are not a commercial offer; if they interest you, we can talk about joint development.

Metal is melted in an induction furnace and fed into a reservoir furnace. A gas stream breaks it into fine droplets that solidify as particles, which are then classified by size and prepared for supply.

Metal additive manufacturing, binder jetting, metal injection moulding and coatings, among other advanced metallurgical processes. The suitability of each material is studied project by project.

We characterise each material and apply quality control during production. We also support each customer in validating and qualifying their application.

Yes. We work with engineering, materials and R&D teams to select or design the alloy, produce and characterise the powder, support validation and scale up production.

Use the technical information form or write to contact@neopowders.tech. Our technical team will get back to you.

Your sector, the application, the manufacturing process and the material of interest. If you're not sure yet, tell us about the problem and we'll define it together.