Achieve the highest possible strength-to-weight ratio with titanium alloy powders
Titanium has the highest strength-to-weight ratio of all known metals, which makes it ideal for a number of applications, and can be used in anything from car components to lightweight aerospace parts. Titanium is also highly resistant to corrosion, and has high biocompatibility properties, making it ideal for customised medical implants.
forAM® titanium-based alloys (Ti)
forAM CP-Ti G2 EG | 15-53 µm
CP-Ti grade 2, particle size 15-53, possess high corrosion resistance, very good cryogenic properties and good biocompatibility. Such properties combination make the material a good choice for components of chemical and cryomachinery as well the applications in medical and dental industries High cleanliness level and good processibility of Höganäs CP-Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
Powder chemical composition complies with:
- ASTM B348
- ASTM F67
forAM CP-Ti G2 EG | 45-106 µm
CP-Ti grade 2, particle size 45-106, possess high corrosion resistance, very good cryogenic properties and good biocompatibility. Such properties combination make the material a good choice for components of chemical and cryomachinery as well the applications in medical and dental industries High cleanliness level and good processibility of Höganäs CP-Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
Powder chemical composition complies with:
- ASTM B348
- ASTM F67
forAM Ti6Al4V G23 EG | 15-53 µm
Ti6Al4V grade 23 (Extra Low Impurities-ELI) specifications offers high specific strength combined with high corrosion resistance as well as good biocompatibility. This makes it a good choice for many applications in aerospace and automotive as well as medical industries. High cleanliness level and good processibility of Höganäs Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
forAM Ti6Al4V G23 EG | 45-106 µm
Ti6Al4V grade 23 (Extra Low Impurities-ELI) specifications offers high specific strength combined with high corrosion resistance as well as good biocompatibility. This makes it a good choice for many applications in aerospace and automotive as well as medical industries. High cleanliness level and good processibility of Höganäs Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
forAM Ti6Al4V G5 EG | 15-53 µm
Ti6Al4V grade 5 specifications offers high specific strength combined with high corrosion resistance as well as good biocompatibility. This makes it a good choice for many applications in aerospace and automotive as well as medical industries. High cleanliness level and good processibility of Höganäs Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
Applicable standards:
- ASTM F2924
- ASTM F3001
forAM Ti6Al4V G5 EG | 45-106 µm
Ti6Al4V grade 5 specifications offers high specific strength combined with high corrosion resistance as well as good biocompatibility. This makes it a good choice for many applications in aerospace and automotive as well as medical industries. High cleanliness level and good processibility of Höganäs Ti powders allows multiple recycling cycles and therefore reducing total cost in production of Ti based components.
Applicable standards:
- ASTM F2924
- ASTM F3001
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