Apex Disperser ZERO
Dispersion|Emulsification|Mixing|Kneading|Media-Free High-Shear Processing
Apex Disperser ZERO is a versatile, media-free disperser that utilizes high shear force generated by high-speed rotation to perform a wide range of processes, including emulsification, mixing, kneading, dispersion, and fibrillation. The name “ZERO” represents a zero-media high-shear processor, making it ideal for contamination-sensitive applications or processes requiring precise control.
The system consists of a rotor and stator that form an extremely narrow shear gap between them. As the rotor rotates at high speed, materials are subjected to strong and uniform shear forces within a very short time (less than 1 second). Because all slurry passes through this shear gap, uniform dispersion or emulsification can be achieved in a single pass, making the system particularly suitable for small-batch and short-process production.
By adjusting the circumferential speed of the rotor, ZERO enables both low-damage dispersion and high-intensity shear dispersion on the same machine, offering highly flexible process control.
Applicable Processes
- Dispersion or defibrillation of soft-particle slurries and high-viscosity slurries
- Continuous emulsification processing
- Media-free mixing and dispersion without bead contamination
- Continuous mixing of high-viscosity slurries
Key Applications
- Dispersion: Thick-film electrode materials (gold, silver, platinum, vanadium), semiconductor packaging materials (SiO₂-filled resins), etc.
- Defibrillation: Carbon nanotubes (CNT), cellulose nanofibers (CNF)
- Mixing: Battery materials (cathode powders, carbon materials, binder mixtures)
- Emulsification: Cosmetics (lotions), personal care products, food products, synthetic rubber latex, etc.
CONTACT
Northern Taiwan|Jeremy Huang
FST International|Nano Material Grinding
Mobile: 0988-668-975
Mail: Jeremy.Huang@fstintl.com.tw
Southern Taiwan|Roger Huang
FST International|Nano Material Grinding
Mobile: 0929-240-045
Mail: Roger.Huang@fstintl.com.tw
