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7440-32-6
Ti
FK-TI-001
>99.7%
-200 Mesh
231-142-3
Class 4.2
UN2546
PG II
Appearance: Silver-gray amorphous powder, no visible inclusions.
Product features: High purity, complete specifications, controllable particle size, and stable quality.
Titanium metal has good reversibility, hydrogen release properties and suitable temperature-pressure relationship at high temperature, and is a good raw material for hydrogen storage alloys. Titanium-based hydrogen storage alloys are intermetallic compounds generated from titanium and other transition metal elements (Fe, Co, Ni), etc. At present, there are Ti-Fe series and Ti-Ni series and V-Ti-Cr series V. -Ti-Mn-based, V-Ti-Fe-based alloys are used as negative electrode materials for nickel-metal hydride batteries.
Our Titanium powder (purity above 99.7%), mainly used in hydrogen fuel cells, and the particle size can be customized.
More informations, please contact the salesman: sales@funcmater.com.
Appearance: Silver-gray amorphous powder, no visible inclusions.
Product features: High purity, complete specifications, controllable particle size, and stable quality.
Titanium metal has good reversibility, hydrogen release properties and suitable temperature-pressure relationship at high temperature, and is a good raw material for hydrogen storage alloys. Titanium-based hydrogen storage alloys are intermetallic compounds generated from titanium and other transition metal elements (Fe, Co, Ni), etc. At present, there are Ti-Fe series and Ti-Ni series and V-Ti-Cr series V. -Ti-Mn-based, V-Ti-Fe-based alloys are used as negative electrode materials for nickel-metal hydride batteries.
Our Titanium powder (purity above 99.7%), mainly used in hydrogen fuel cells, and the particle size can be customized.
More informations, please contact the salesman: sales@funcmater.com.
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