Details
A Natural Active Ingredient Backed by Advanced Science
Our biopesticides harness the power of natural garlic extract, specifically diallyl polysulfides (DAS). These molecules penetrate pests. Once DAS enter the cell, they react with the cellular low molecular weight thiols which cause a cascade of chemical reactions.
This results in oxidative stress, effectively controlling key threats to crops. This complex biochemical process makes resistance highly unlikely, ensuring long-term protection against nematodes, fungi, and insect pests.
Proven Efficacy Across Crops
We’ve developed a range of stabilised formulations with a precise polysulfide fingerprint, securing registration as a plant protection product in the EU and beyond.
Extensive trials on crops like carrots, potatoes, tomatoes, and sugar beet have demonstrated strong nematode control and effective suppression of soil-borne diseases, with efficacy comparable to synthetic actives.
Sustainable and Residue-Free Protection
Derived from food-grade garlic extract, our products have a zero-residue profile and support sustainable farming practices.
Unlike conventional pesticides, they target harmful pathogens without causing long-term soil damage-promoting both high crop yields and environmental health.
Mode Of Action
When nematodes encounter diallyl polysulfides (DAS) in the soil, the molecules penetrate their cuticle, triggering a lethal biochemical reaction.
DAS disrupts cellular function by attacking low molecular weight thiols, leading to uncontrollable oxidative stress and, ultimately, nematode death.
Our Products
Explore our portfolio of advanced biopesticides, designed to tackle the challenges of modern agriculture with sustainable, science-driven solutions.
Nemguard®
PCN
A granular, non-systemic nematicide specifically formulated for the reduction of potato cyst nematode
Nemguard®
SC
A highly adaptable garlic extract liquid nematicide for a wide range of cropping systems.
EGC
Granules
A nematicide formulated with natural garlic extract, developed for direct soil application.