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Metal powders for Additive Manufacturing

Aluminum alloys

Advantages: Low density, therefore lightweight construction materials 
Typical use: Conventional mechanical engineering, automotive and aviation and aerospace industry 

  • 6061-RAM2
  • A20X
  • Ahhead® CP1
  • AlSi10Mg 
  • AlSi12 
  • AlSi9Cu3 
  • CustAlloy® (AlSi3,5Mg2,5)
  • F357 (AlSi7Mg0,6)
  • M174+ (AlSi12Cu4Ni2Mg) 
  • Scalmalloy® (AlMg7Sc2ZrMn)
Amorphous metals

Advantages: isotropic properties, biocompatible and good corrosion characteristics 
Typical  use: medicine, consumer electronics and lifestyle 

  • ZR01 
  • ZR02
Precious metals

Advantages: high level of corrosion resistance as well as metallic sheen 
Typical use: jewelry and fashion industry 

  • White gold 
  • Yellow gold 
  • Silver 
  • Platinum 
Stainless steels

Advantages: chemical resistance as well as high corrosion resistance and ductility 
Typical  use: conventional mechanical engineering, chemical industry and food industry 

  • 1.4404 / 316L 
  • 1.4542 / 630 
  • Invar® 36
  • Printdur® HSA
  • Medidur®
Cobalt alloys

Advantages: high level of hardness,and therefore wear resistance, biocompatibility 
Typical use: dental and medical technology as well as mechanical engineering,aviation and aerospace 

  • CoCrMo (ASTM F75)
  • CoCrW
  • CoCrWMo
Copper alloys

Advantages: very intense electric and thermal properties 
Typical use: electronic components, coolers and inductors 

  • Pure copper 
  • CuCr1Zr 
  • CuNi2SiCr 
  • CuSn10 
Nickel-base alloys

Advantages: very good resistance to high temperatures and corrosion 
Typical use: mechanical engineering, automotive industry as well as aviation and aerospace industry 

  • Pure nickel 
  • IN718® 
  • IN625® 
  • Hastelloy X 
Refractory metals

Advantages: high density and high melting temperatures 
Typical use: nuclear medicine 

  • Tungsten 
  • Tantalum 
Titanium alloys

Advantages: very good combination of density / stability as well as very good high temperature and corrosion properties 
Typical use: medical technology and aviation and aerospace industry 

  • Ti6Al4V Grade 23 (ELI)
  • Ti6Al4V Grade 5 
  • Ti-6Al-2Sn-4Zr-2Mo-0.08Si
  • Ti Grade 2 
  • Ti Grade 4
     
Tool steels

Advantages: high level of hardness and wear resistance, as well as good durability 
Typical use: tool and mold making 

  • 1.2709 / M300 
  • 1.2343 / H11 
  • 1.2344 / H13 
  • INNOFLEXX S900
  • M2 / 1.3343
  • Uddeholm Dievar® for additive manufacturing
  • Böhler M789 AMPO
  • Böhler W360 AMPO

Note: please consult the technical data of the respective TruPrint machine to learn which materials can be processed.