Materials and products.
Our portfolio covers stainless steels, tool steels and maraging steels, together with differentiated materials such as cobalt-free maraging, manganese steels and metal-ceramic materials. New functional alloys are under development.
- Base
- Steels and iron-based alloys
- Process
- Gas atomisation
- Processes
- AM, binder jetting, MIM, coatings
- Development
- Alloys adapted to each application
01
Three levels of materials.
We organise our materials in three levels: base, differentiated and development lines. The latter are shown separately because they are not a commercial offer.
Level 1
Base materials
Established families for additive manufacturing, tooling and coatings.
Stainless steels
For parts that need corrosion resistance.
Tool steels (tooling and moulds)
For tooling and moulds, including those with integrated cooling channels.
Maraging steels
High-strength steels for tooling and demanding components.
Iron-based alloys for AM and coatings
Iron-based powders for additive manufacturing and coatings.
Level 2
Differentiated materials
Materials that widen the range of properties or meet specific requirements.
Cobalt-free maraging steels
An alternative to conventional maraging, with no cobalt in its composition.
High- and medium-manganese steels
Steels with high and medium manganese content.
Metal-ceramic materials
A metallic matrix combined with ceramic phases.
Alloys for specific applications
Compositions designed or adapted to the requirements of each application.
Level 3In development
Development lines
Lines we are researching. They are not a commercial offer.
Amorphous powders
Powders with a non-crystalline structure.
Electrical and magnetic materials
Materials for electrical or magnetic applications.
New alloys for advanced manufacturing
New compositions for advanced manufacturing processes.
Energy, defence and high-demand applications
Materials for energy, defence and high-demand environments.
Levels 1 and 2: current offer and capacity. Level 3: development lines, not a commercial offer.
02
Designed for real processes.
Our powders are aimed at these processes. The suitability of each material for each process is studied and validated project by project.
- A
Additive manufacturing
Powder bed fusion and directed energy deposition.
- B
Binder jetting
Printing with a binder, followed by sintering.
- C
Metal injection moulding
Small, complex parts made in series.
- D
Coatings
Functional layers on existing components.
Your process isn't listed? Tell us about it and we'll look into it.
03
Characterisation and quality.
We characterise each material to understand its composition, morphology and behaviour in the process, and we support each customer in validating and qualifying their application.
- Powder characterisation and quality control.
- Technical support during validation.
- Support with industrial qualification.
04
How we work.
From first contact to supply, in four steps.
- A
Enquiry
You tell us about your application, process and requirements.
- B
Material selection
We propose an existing material or the development of a new one.
- C
Evaluation and validation
We produce, characterise and support you through validation.
- D
Supply
When the application is ready, we scale up production.
Technical information
Shall we talk about your application?
Tell us what you need: an existing material, a powder for a specific process or a new alloy.