IMT Ti6Al4V Spherical metal powder for 3D printing 15-53 microns 5 kg

Spherical Titanium Powder IMT Ti6Al4V for Medicine and Space

IMT Ti6Al4V spherical metal powder is a benchmark material for additive manufacturing. It is used when strength and minimum weight of the product are at stake. Among engineers, this alloy (Grade 5) is valued for its unique balance: it is twice as strong as aluminum, yet 45% lighter than steel. The 15–53 μm fraction is ideal for laser melting systems (SLM/DMLS), providing the very layer density on which the durability of the part depends.

Technological Features and Quality of Titanium Powder

Spherical particle morphology is a key success factor when working with metals. IMT powder is produced by gas atomization, which guarantees an almost perfect shape for each granule. Why is this important for a 3D printer operator? Satellites (small adhered particles) are practically absent, meaning the powder flowability remains consistently high. This eliminates "bald spots" during recoater operation and guarantees uniform sintering density.

The chemical purity of the Ti6Al4V alloy is strictly controlled at all stages. Low oxygen and nitrogen content in the powder composition directly affects the fracture toughness and fatigue strength of the finished object. Working with IMT material, you get predictable shrinkage and a repeatable result from batch to batch, which is critical for serial production.

Advantages of Using IMT Ti6Al4V 15-53 μm

• High powder flowability allows for a significantly faster printing cycle without the risk of damaging thin model walls.
• Exceptional corrosion resistance makes this material indispensable for work in aggressive environments and at extreme temperatures.
• The biocompatibility of the titanium alloy opens doors for creating individual implants and complex prostheses.
• Economical consumption is ensured by the possibility of reusing (recycling) the powder after sieving.

Fields of Use for IMT Ti6Al4V

• Aerospace industry actively implements Ti6Al4V for creating brackets, engine parts, and airframe elements, where every saved gram of weight saves tons of fuel.
• Medical sector uses this powder for printing hip joints, maxillofacial plates, and dental structures. Thanks to the porous structure that can be defined during 3D printing, bone tissue grows into the implant much more effectively.
• Motorsport and tuning choose titanium for manufacturing exhaust manifolds and suspension parts operating under colossal loads.

Why Choose 5 kg Packaging from IMT

Hermetic packaging weighing 5 kg is an optimal choice for both small laboratories and large 3D farms. This volume allows for filling a standard printer tank while avoiding long-term storage of opened containers sensitive to humidity. You receive clean, dry, and ready-to-use material that will not present surprises in the form of laser "spits" or internal porosity of the part.

Technical Specifications of Titanium Powder

• Material: Ti6Al4V alloy (Grade 5 Titanium alloy).
• Particle size: 15–53 μm.
• Shape: spherical.
• Weight: 5 kg.
• Production method: gas atomization.

The combination of ideal particle sphericity, high flowability, and strict compliance with the Grade 5 chemical composition allows for minimizing defects and unlocking the full potential of your SLM printer. This material is chosen by professionals for whom predictability of results in the most critical projects is important: from aerospace components to medical implants. Verify the superior characteristics of the alloy in practice–place an order for 5 kg packaging and move to a new level of industrial 3D printing today.