Find your metal powder for 3D printing with <strong>PowderFinder</strong>

Find your metal powder for 3D printing with PowderFinder

Stainless steels – the resistance master against corrosion

Stainless steel is an ideal metal to use in environments where high corrosion resistance is a must. Austenitic and duplex stainless steels have found many applications in the oil and gas industry. Several grades of precipitation-hardened stainless steels are developed and used in the aerospace industry. The medical industry is a third area where components manufactured by stainless steels are the ultimate choice. 

The additive manufacturing technology provides significant gains when using stainless steels. Höganäs offers stainless forAM® steel-based metal powders, covering several industrial requirements regarding cost, properties and standardisation level.  

forAM® stainless steel 3D printing powders

Sieve code 6

Sieve code 5

Sieve code 6

Sieve code 5

Sieve code 6

Sieve code 5

Contact us

Sales & Technical support
Contact your sales representative for more information and requests.
Contact us
Contact form
Contact persons
Technical area: Additive manufacturing
Select your country *
Type of contact * Sales
Technical support
Firstname *
Lastname *
Company *
Field of work *
Design engineer
Business developer
Machine operator
E-mail *
Phone of work *
Your message *

Privacy policy

I agree that Höganäs can handle my personal data in order to contact me. My contact information may also be used in marketing purpose, such as newsletters and other relevant information. The data will not be shared with a third party. With my consent, I also confirm that I am over 16 year old.

More information about how we handle personal data can be found in our privacy policy.

You must accept the terms of service before you can proceed.

Thank you for contacting us

We appreciate you contacting {{contact.TypeOfContact}} about {{contact.TechnicalArea}}.
One of our colleagues will get back to you shortly.

Have a great day!

Something went wrong