Spherical Composite Powder for Enhanced Reactivity and Material Performance (Spherical Composite Powder, Tech ID: 19‑005)
Technology Overview: This technology provides a method for producing spherical composite powders with tightly controlled morphology and internal structure. The spherical geometry improves flowability, packing density, and reactivity compared to irregular powders. By combining multiple material components within a single spherical particle, the technology enables tailored thermal, mechanical, or energetic performance. It is particularly well suited for additive manufacturing, energetic materials, and advanced powder metallurgy.
Industry Pain Point: Irregular powder morphologies limit processability and performance consistency.
NJIT Solution: This method delivers uniform, spherical composite powders, improving handling, predictability, and material performance.
Key Features & Advantages
- Controlled spherical particle morphology
- Improved flowability and packing density
- Tunable composite material composition
- Compatible with advanced manufacturing processes
Development Stage: TRL 4–5 – Laboratory validation completed.
Target Markets
- Additive manufacturing powders
- Energetic materials
- Advanced powder metallurgy
Market Opportunity
- Global metal and composite powder market (2026): ~$30B
- CAGR: ~8–9%
- Projected market size (2035): ~$55–60B
Commercial & IP Details
Inventors: Edward Dreizin, Mehnaz Mursalat, Mirko Schoenitz