Particle Design, Coating, & Spheroidization in a Single System.
The Hybridization System is a high-energy milling solution designed for particle size reduction, spherization, and surface modification, enabling precise control of material characteristics for advanced applications like lithium-ion battery production. Operating as a dry, closed-loop system, it utilizes high-speed mechanical forces to create uniform, engineered particles while minimizing contamination and eliminating the need for solvents. This results in improved flowability, enhanced material performance, and consistent, repeatable processing across a wide range of industries.
FEATURES AND BENEFITS OF OUR HYBRIDIZATION SYSTEM:
- Spheroidization capability enables reshaping of irregular particles into more uniform, spherical forms, improving flowability, packing density, and downstream process efficiency.
- Dry, solvent-free operation reduces energy use and eliminates downstream drying.
- Closed system with inert gas supports safe processing of reactive materials and reduces contamination.
- Surface modification capabilities enable coating, embedding, and composite formation.
- Broad material compatibility supports a wide range of powders and industries.
- Composite particle engineering creates higher-value, performance-enhanced materials.
- Scalable design supports efficient transition from lab to full production.
- Media-free processing ensures consistent, repeatable results with minimal contamination risk.
- Fast processing times increase throughput and shorten batch cycles.
- Furnished through a license agreement with NARA Machinery Company, Ltd., Japan.
Industries & Applications
- Lithium-ion Battery Minerals
- Pharmazeutika
- Chemische Verbindungen
- Mineralien und Erze
- Kosmetika
- Ceramics & Metal Powders
- Food
- Nutraceutical
Hybridization System FAQs
What is the Hybridization System used for?
The system is used for particle size reduction, surface modification, coating, and spheroidization to enhance powder performance and functionality.
How does the Hybridization System differ from traditional milling or mixing?
It combines high-speed mechanical impact and airflow to modify particle surfaces and structure, rather than just reducing size or blending materials.
Can the system handle reactive or sensitive materials?
Yes, it can operate as a closed system with inert gas, allowing safe processing of oxidation-sensitive or reactive materials.
What is spheroidization and why is it important?
Spheroidization reshapes irregular particles into more uniform, rounded forms, improving flowability, packing density, and downstream handling.
Is the system scalable for production?
Yes, it is designed to scale from laboratory testing to full industrial production while maintaining consistent results.