Engineered for
Extreme Material Rheology.
Tailored vacuum mixing solutions for lithium batteries, thermal conductive gels, electronic pastes, and specialty polymers.
High Viscosity
Thermal Interface Materials (TIM) & Gels
5.0–12.0 W/m·K High-Torque Compounding & Deep Vacuum Deaeration
High-torque compounding of spherical alumina, boron nitride, and silicone matrices. Deep vacuum eliminates all micro-voids for maximum heat conductivity across EV battery modules.
Cleanroom Slurry
Lithium Cathode & Anode Battery Slurry
Zero Iron Contamination & High-Solid MWCNT Dispersal
De-agglomeration of multi-walled carbon nanotubes (MWCNT), PVDF binder dissolution, and non-magnetic stainless steel passivation. Eliminates battery micro-short circuits.
Micro-Submicron
Solar & Microelectronic Silver Paste
Sub-Micron Particle Wetting & Zero Volatile Solvent Loss
Sub-micron particle wetting with zero volatile solvent loss under closed vacuum cycles. Mirror-polished SUS316L prevents cross-batch metal contamination.
High-Pressure Extrusion
MS Polymer & Polyurethane Sealants
Moisture-Proof Nitrogen Compounding & Hydraulic Discharge
Moisture-proof compounding under nitrogen blanket with continuous high-pressure hydraulic discharge into 310ml cartridges or 600ml sausages with zero bubble entrapment.
Ready to Engineer Your Custom Mixing System?
Send your material rheology specifications, desired batch capacity, and vacuum requirements to our senior process engineering team.