TS1921 Pure Titanium and Titanium-based Alloy Thermal Spray Powder (Ti & Ti-based Alloy Powder)

Catalog No. TS1921
Material Titanium alloy, pure alloy
Appearance Dark Gray Powder

Stanford Advanced Materials (SAM) supplies high-quality Titanium-based Powder for Thermal Spray with competitive price.

Related products: Nickel-based Super Alloy Powder, Cobalt-based Alloy Powder (Co-Cr-Mo).

Description of Pure Titanium and Titanium-based Alloy Thermal Spray Powder

Titanium can easily form alloys with other metals to play different roles. Pure titanium and titanium alloy powders can be used in many applications through chemical and powder metallurgy and thermal spray processes. Thermal spray coatings of titanium-based materials are typically used in medical applications that require biocompatibility. In addition, these coatings can also be used as coatings for medical implants.

Specifications of Pure Titanium and Titanium-based Alloy Thermal Spray Powder

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


Applications of Pure Titanium and Titanium-based Alloy Thermal Spray Powder

With excellent overall performance, resistance corrosion, oxidation, heat resistance, and low-stress abrasion and adhesive wear resistance, Titanium-based 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

Packing of Pure Titanium and Titanium-based Alloy Thermal Spray Powder

Powders are 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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