High-pressure technology enhances chemical processes by improving mixing, reaction control, and material uniformity for safer, more efficient production.
Nanomaterials
Refine solids or droplets to nanoscale with precise particle control, enabling uniform nanomaterials and composites for enhanced optical, electrical, and catalytic properties
Emulsion Polymerization
Ensure rapid, uniform molecular-level mixing in reactions, boosting conversion rates and producing stable microemulsions for high-performance polymers and functional chemicals
High-Viscosity Fluids
Break down gels and aggregates in lubricants, adhesives, and resins, improving flow, consistency, and processability for high-quality chemical products
Composite Formulation
Efficiently disperse fillers and additives into matrices, enhancing mechanical, thermal, and chemical properties for next-generation engineered materials
Core Technologies in Chemical Engineering Applications
Our high-pressure and microfluidization technologies optimize chemical processes from synthesis to formulation. By ensuring precise mixing, uniform dispersion, and consistent molecular interaction, we help engineers enhance product stability, improve efficiency, and accelerate innovation across polymers, lubricants, adhesives, and specialty chemicals.
Our high-pressure microfluidization systems deliver precise nanoscale control, easy clean-in-place operation, and optional GMP-compliant data recording. Designed for efficiency, minimal sample usage, and intuitive handling in chemical manufacturing.
Stable Nanoscale Control
CIP/SIP Cleanability
High-Efficiency Slurry Dispersion
Corrosion-and Wear-Resistant Materials
The high-pressure microfluidization system allowed us to better control particle size and dispersion, streamlining production and minimizing raw material waste.
Mark Thompson
Our high-pressure technology empowers chemical manufacturers to enhance material properties, improve process efficiency, and ensure consistent, high-quality production while minimizing material loss.