We are Fyteko
Founded in Belgium in 2014, Fyteko is an agri-biosolutions pioneer. Inspired by nature, proven by science and cutting-edge research, Fyteko is expanding its own biostimulant portfolio and developing biocontrol to establish a new generation of bio-based plant protection products.
By enhancing crop performance and boosting drought resilience, Fyteko’s biostimulants support farmers by overcoming the impact of climate change in the field.
With 800+ successful trials, six patent families, and over 500,000 hectares treated in 2024/25, Fyteko is a leader in the transition to more sustainable agriculture.
In 2025
+500000
Hectares treated crops, including both high cash and row crops
+10
commercial industrial / distribution partners
+800
Trials performed
Innovation in Agriculture
We are transforming the future of farming by reducing reliance on conventional chemicals. Through original research, we have developed proprietary, chemically pure, nature-inspired biomolecules that provide all the performance and reassurance that farmers have come to expect from conventional products.
Our bio-based technology offers farmers innovative, sustainable solutions that improve yields through safer and smarter agronomic practices.
Simple but powerful, we’ve turned to nature for a new era of agricultural products. With unique scientific insight and breakthrough research, we have created products that deliver defined and practical benefits, extensively proven.
Our products
NURSEED®
Seed treatment formulation with a novel Signal Molecule, based on hydroxycinnamic acid oligomers. NURSEED® enhances crop establishment and mitigates the effects of abiotic stress, such as drought or heat. By improving emergence, vigour, and uniformity, NURSEED® strengthens seedlings in their early stages of development resulting in increased yield.
NURSPRAY®
Foliar spray featuring a novel Signal Molecule that boosts crop resilience and recovery under hydric stress. Based on hydroxycinnamic acid oligomers, NURSPRAY® activates plants’ internal tolerance mechanisms against abiotic stresses such as drought or heat.
