| Catalog No. | TS1921 |
|---|---|
| Material | Titanium alloy, pure alloy |
| Appearance | Dark Gray Powder |
Stanford Advanced Materials (SAM) supplies high-quality Pure Titanium Powder and Titanium-based Alloy Powder with competitive prices.
Titanium can easily form alloys with other metals to play different roles. Titanium-based alloy powder can be used in many applications through chemical and powder metallurgy and thermal spray processes. Thermal spray coatings of Ti-based alloy powder are typically used in medical applications that require biocompatibility. In addition, these coatings can also be used as coatings for medical implants.
| Item | Product name | Particle size | Manufacture | Apparent density |
| TS-Ti-101 | Ti Gr1 | -106 +45 µm | HDH – wrought |
≤35 s/ 50g |
| TS-Ti-102 | -106 +45 µm | Atomized | ||
| TS-Ti-201 | Ti Gr2 | -106 +45 µm | HDH – wrought | |
| TS-Ti-202 | -106 +45 µm | Atomized | ||
| TS-Ti-301 | Ti Gr3 | -25 +5 µm | Atomized | |
| TS-Ti-401 | Ti Gr4 | -350 +200 μm | HDH – wrought | |
| TS-Ti-402 | -250 +90 μm | HDH – wrought | ||
| TS-Ti-403 | -180 +75 μm | HDH – wrought | ||
| TS-Ti-404 | -90 +22 μm | HDH – wrought | ||
| TS-Ti-405 | -45 +11 μm | HDH – wrought | ||
| TS-Ti-406 | -180 +75 μm | HDH – sponge | ||
| TS-Ti-407 | -125 +90 μm | HDH – sponge | ||
| TS-Ti-408 | -25 +5 μm | Atomized | ||
| TS-Ti-501 | TC4 Ti6Al4V Gr5 | -250 +150 µm | HDH – wrought | |
| TS-Ti-502 | -180 +75 µm | HDH – wrought | ||
| TS-Ti-503 | -106 +45 µm | HDH – wrought | ||
| TS-Ti-504 | -106 +45 µm | Atomized | ||
| TS-Ti-505 | -45 +20 µm | Atomized | ||
| TS-Ti-506 | -25 +5 µm | Atomized | ||
| TS-Ti-601 | TC4 Ti6Al4V Gr 23 | -106 +45 µm | HDH – wrought | |
| TS-Ti-602 | -106 +45 µm | Atomized | ||
| TS-Ti-603 | -45 +20 µm | Atomized |
With excellent overall performance, resistance corrosion, oxidation, heat resistance, and low-stress abrasion and adhesive wear resistance, Titanium-based alloy powder can be applied to various process including:
-Oxyacetylene spraying or overlaying
-HVOF/HAFA spraying
-Plasma transferred arc (PTA) overlaying
-Plasma spraying
-Laser overlaying
-Induction melting overlaying
-Centrifugal casting
-3D printing and powder metallurgical processing
Titanium-based alloy powder is packaged in vacuum aluminum foil bags or filled with inert gas (Ar).
-500 g/bag
-20 kg/Metal can
-100 kg and more / Steel drum, or customized
All packaging materials are suitable for air, sea and road freight.
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