IMT TI6AL4V titanium powder 15-53 microns, 5 kg
IMT Ti6Al4V is a high-quality fine-dispersed powder of titanium alloy, designed for 3D printing using SLM and LPBF technologies, as well as other additive systems. It is used in medicine, dentistry, aerospace industry, motorsport, and precision engineering. Manufactured by plasma atomization, this powder provides exceptional purity, ideal sphericity, and stable mechanical characteristics of finished products. Thanks to the combination of low weight and high specific strength, the 15-53 μm fraction allows obtaining products with a density close to 100%, without additional processing. The material is supplied in hermetic containers of 5 kg, which reliably protect against oxidation and moisture.
Advantages of Ti6Al4V powder in 3D printing
- High sphericity. Provides excellent powder flowability with a sphericity index of ≥93%, which is critically important for uniform and smooth application of layers in the recoater build chamber.
- Low level of porosity. A minimal number of internal pores at the level of ≤0.3% guarantees maximum density and high fatigue strength of printed parts.
- Optimal fluidity. Ensures stable operation of the material feed system without stops thanks to the Hall device index, which is ≤30 s/50g.
- Controlled chemical composition. Completely prevents alloy brittleness and significantly improves weldability thanks to the minimal oxygen content of ≤900 ppm and nitrogen ≤0.02%.
Technological properties of Ti6Al4V powder
Metallic titanium powder from IMT is fully optimized for layer-by-layer laser melting. The spherical morphology of particles, obtained by plasma atomization and confirmed by SEM images, minimizes friction between them, ensuring flawless sintering quality. The alloy composition is precisely balanced in terms of aluminum and vanadium content to achieve the gold standard of strength and biocompatibility.
Considering the high chemical activity of titanium during laser heating, a titanium platform is necessarily used during 3D printing, and the presence of an inert argon-based environment is required in the printer chamber atmosphere. Unlike many analogs, this powder undergoes strict multi-stage quality control at each stage of atomization.

Applications
- Medicine and dentistry. Manufacturing of individual hip joints, cranial implants, dental bridges, crowns, and prostheses thanks to the ideal biocompatibility of the alloy.
- Aerospace industry. Serial production of high-load brackets, engine parts, and fuselage elements to reduce overall weight while maintaining strength.
- Motorsport and engineering. Creating high-load and lightweight suspension components, sports nodes, and strong exhaust systems that operate under pressure and temperatures.

Chemical composition of IMT Ti6Al4V material
| Element | Mass fraction | Purpose |
| Titanium (Ti) | Base | Main component, basic strength and biocompatible framework |
| Aluminum (Al) | 6.0% | Main strengthening alloying element of the alloy |
| Vanadium (V) | 4.0% | Key element for phase stabilization of the structure |
| Iron (Fe) | ≤0.3% | Controlled technological impurity |
| Oxygen (O) | ≤0.10% | Strict laboratory control to protect against embrittlement |
| Impurities (N, C, H) | ≤0.115% | Controlled residual content of elements for alloy purity |
Physical properties of the powder
| Indicator | Value |
| Particle size distribution | 15–53 μm |
| Bulk density | ≥2.4 g/cm³ |
| Tapped density | ≥2.7 g/cm³ |
| Particle morphology by PA method | Spherical |
| Sphericity | ≥93% |
| Porosity level | ≤0.3% |
| Hall fluidity | ≤30 s/50g |
Mechanical properties of the product
The material retains high structural integrity both at room and elevated temperatures:
| Parameter | Value at 20°C | Value at 400°C |
| Strength limit | 1000–1060 MPa | 710–740 MPa |
| Yield strength | 980–1020 MPa | 580–625 MPa |
| Relative elongation | ≥12 | ≥16 |
| Type of build platform | Titanium platform | Titanium platform |
| Working protective environment | Argon | Argon |
IMT production standards
The high quality of industrial production of medical-grade and purity titanium powders from Intelligence Manufacturing Technology is officially confirmed by leading international certification organizations:
- ISO 13485 — specialized international quality management standard for manufacturers of medical devices and the aviation sector.
- FDA — official registration and safety approval of the material in the US market.
- CE — certificate of full compliance with European Union standards for health and environmental safety.
Buy IMT Ti6Al4V titanium powder in Ukraine
Our specialists will help you choose the optimal parameters for your equipment. In addition to selling materials, SLM 3D printing services are provided on professional equipment. We will help you manufacture dental parts and tools of various complexity for your project with guaranteed quality, precision, and stable mechanical characteristics. Contact us to find out the current price, get a price list, or place an order with delivery to any city in Ukraine.
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