OUR RESEARCH AND DEVELOPMENT FACILITY



We have a strong R&D team which consists of research-oriented scientist along with skilled staff to perform the R&D work of the most complicated advanced formulations. Our core R&D team includes microbiologists, formulation experts, research analysts and bio chemists to monitor the formulation work very closely at every stage of developmental process in order to provide best possible services to our customers.
We have the ability to convert liquid active ingredients in WG formulations with much better efficacy at lower dose to reduce the operational charges, which is the major key factor in the manufacturing industry. We can provide different types of formulation of the same AI i.e. active ingredient for better solutions like EC Formulations (Emusifiable Concentrate), SC & SL Formulations (Suspension Concentrate), ME Formulations (Micro Emulsion), WG/WDG Formulations (Wettable Granules/Water Dispersible Granules), CS Formulations (Capsulated Suspension), EW Formulations (Emulsion-in-water), ZW Formulations (Combination of CS & EW Formulation i.e. water based dispersion of two active ingredients), ZC Formulations, ZE Formulations, Gel Formulations, Tablet Formulations etc.


We also have specialization in nano technology-based products both in bio and synthetic chemicals. Nano technology is the most advance technology and also a key to unlock the advance generation of fertilizers and pesticides for the farmers and industry as well to reduce the load of toxic and harmful chemicals in the environment. With the help of our Nano-tech i.e. Nano technology knowledge we can develop nano-based products with much lower dose/application rates along with much better efficacy and residual activity as compared to conventional agricultural products that are currently present in the market. Due to the lower particle size of AI i.e. active ingredient of nano-based products increases the target species penetration with better retention activity, which ultimately results in much better efficacy as compared to conventional/ongoing agricultural formulations.

