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Titanium powder PTM-1 1,0-3,0 microns - is a finely dispersed material obtained from titanium, which has high corrosion resistance, strength and biocompatibility. It is used in medicine and aviation, due to its resistance to extreme conditions and lightness. The powder can be irregularly shaped or spherical, which affects its properties. In industry, it is used to create durable parts, and in medicine - to create implants. Modern technologies make it possible to obtain pure titanium powder.
The main thing
View by manufacturing method
Molten titanium is atomized with gas (gas atomization) or water (water atomization), turning into small droplets that quickly solidify and form a powder. The metal is saturated with hydrogen until titanium hydride is formed, then ground into powder and the hydrogen is removed by heat treatment. The powder is obtained by depositing titanium from a salt melt in an electrolyzer.
Chemical composition
Titanium 99.2% and minor impurities of carbon, oxygen, nitrogen, hydrogen and iron
Type by purpose
It is used to produce lightweight and durable parts, such as turbine elements, housings, and fasteners. The powder is also used for 3D printing of implants, dentures, and joints. It is biocompatible and does not cause rejection in the body. It is most actively used in powder laser technologies for the production of functional and complex metal parts.
A type
Titanium powder
The country of manufacture
Ukraine
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Powders are made from the following alloys and grades of titanium: SPT-2, OT4-1, VT1-0, OT4, PT7M, PT3V, VT22, VT20, VT16, VT1-00, VT14, VT9, PTM-2, VT8, VT6S, VT6, PTM-1, VT5-1, VT5, VT3-1, PTOM-2, PTOM-1.
Titanium Powder Standards
GOST standards:
GOST 25279-82 — Powder metallurgy terms;
GOST 19440-94 — Determination of bulk density of metal powders;
GOST 18898-89 — Determination of flowability of metal powders;
GOST 26473.0-85 — Requirements for metal powder analysis methods;
GOST 9722-97 — Specifications for titanium powders.