|
HS Code |
118308 |
| chemical_name | Titanium Metal Powder |
| production_method_mechanical_particle_size | Less Than 53 μm |
| production_method_chemical_particle_size | Less Than 840 μm |
| color | Gray to silver |
| melting_point | 1668°C |
| density | Approximately 4.5 g/cm³ |
| purity | Varies, commonly above 98% |
| appearance | Fine metallic powder |
| solubility_in_water | Insoluble |
| flammability | Flammable as a fine powder |
| main_element | Titanium (Ti) |
| CAS_number | 7440-32-6 |
As an accredited Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Packaged in 25 kg industrial-grade, sealed plastic drums with moisture-proof lining, clearly labeled for particle size and production method. |
| Shipping | Shipping of Titanium Metal Powder (water content ≥25%) requires leak-proof, non-reactive containers to prevent moisture loss and contamination. Powder produced by mechanical methods (≤53 μm) or chemical methods (≤840 μm) should be labeled appropriately. Handle with care, protect from impact, and comply with all relevant transport regulations for hazardous materials. |
| Storage | Store Titanium Metal Powder (with water content ≥ 25%, particle size < 53 μm by mechanical method or < 840 μm by chemical method) in a tightly closed, non-combustible container in a cool, dry, well-ventilated area, away from heat sources and incompatible materials. Prevent drying out to avoid flammability risks. Keep away from oxidizers, acids, and strong bases, and ensure appropriate spill containment. |
| Purity: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with high purity ≥ 99.5% is used in aerospace component manufacturing, where it ensures superior mechanical strength and corrosion resistance.Particle Size: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with controlled particle size distribution is used in additive manufacturing processes, where it provides excellent layer uniformity and precision.Water Content: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with specified water content ≥ 25% is used in pyrotechnic compositions, where it enhances safe handling and decreases dust explosiveness.Mechanical Method: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] produced by mechanical method is used in cold spray coating, where it provides fine dispersion and uniform surface coverage.Chemical Method: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] produced by chemical method is used in metallurgical synthesis, where it delivers high reactivity and promotes homogenous alloy formation.Thermal Stability: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with thermal stability up to 600°C is used in automotive sintering applications, where it maintains particle integrity and consistent material properties.Bulk Density: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with bulk density of 1.5 g/cm³ is used in 3D printing feedstock, where it ensures optimal powder flow and packing efficiency.Surface Area: Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] with high BET surface area is used in catalysis research, where it maximizes active site availability and accelerates reaction rates. |
Competitive Titanium Metal Powder [Water Content Not Less Than 25%, Produced By Mechanical Method With Particle Size Less Than 53 Μm; Produced By Chemical Method With Particle Size Less Than 840 Μm] prices that fit your budget—flexible terms and customized quotes for every order.
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