Chemicals

 

By applying ultra-high pressure and controlled shear forces, UHPH enables the production of more homogeneous, stable and efficient formulations while reducing the need for chemical additives and minimizing thermal impact on sensitive compounds.

 

In applications such as biofuels and biolubricants, UHPH improves phase dispersion and the stability of complex emulsions, optimizing viscosity, reducing phase separation and enabling more efficient and sustainable blends. In paints, inks and varnishes, the technology supports the micronization of pigments, minerals and biopolymers such as microcellulose and nanocellulose, improving homogeneity, coverage, stability and the performance of water-based formulations with lower VOC content.

 

For air fresheners, fragrances and aromatic formulations, UHPH enables the creation of finer and more stable emulsions, improves the dispersion of essential oils and supports the encapsulation of aromatic compounds for more uniform and longer-lasting products. In fertilizers, surfactants, green solvents and other bio-based chemical systems, the technology contributes to the stabilization of liquid formulations, homogeneous dispersion of functional ingredients, natural extracts, plant fibers and biopolymers, supporting the development of more efficient and environmentally friendly aqueous systems. Thanks to its continuous processing capabilities and low thermal impact, UHPH helps preserve the functional properties of sensitive compounds while enabling the development of next-generation sustainable, bio-based and high added-value industrial products.