HF 53 enhances the stability and effectiveness of current Atrazine formulations, addressing inhalation hazards and environmental concerns. HF 53 improves delivery performance and formulation optimization.

HFM 163-165 offers a microemulsion formulation that achieves higher concentrations of the principal active. HFM 163-165 is an innovative approach to address stability challenges, inhalation hazards, and environmental contamination. HFM 163-165 solubilization properties ensure improved effectiveness and an extended shelf life.

Current Terbuthylazine formulations as water-dispersible granules (WG) face stability challenges that affect their effectiveness and shelf life. HFM 53-26 offers a superior solution by enhancing stability and performance of the principal active.

HB 106 offers a microemulsion formulation that achieves higher concentrations of the principal active. HB 106 is an innovative approach to address stability challenges, inhalation hazards, and environmental contamination. HB 106 solubilization properties ensure improved effectiveness and an extended shelf life.

HB 100 was designed to replace MSO whilst improving the agrochemical performance. HB 100 enhances the contact angle resulting in better wetting conditions and evaporation reduction. HB 100 delivery properties ensure effective application and efficacy of agrochemical products.

HF 04 is an innovative product designed to extract lignin from lignocellulosic biomass. HF 04 extraction capabilities produce high yields preserving the purity and functionality of the end form. HF 04 ensures a sustainable pathway for utilizing lignin in versatile industrial applications.

HF 135 is an innovative product that stabilizes chitosan nanoparticles protecting their structural integrity over time. Compared to water, the performance of HF 135 is significantly superior.