Next-Generation Biostimulant Technology
Unlock More From Every Pound of Fertilizer
Proven Yield Uplift.
Bioavailable Iron That Plants Acutally Use
Delivers highly bioavailable iron that plants can absorption simple and efficient. See a return on investment within a single growing season.
By improving nutrient uptake at the cellular level, it supports stronger chlorophyll production and overall plant vitality. At the same time, this enhanced efficiency contributes to more sustainable agriculture, reducing fertilizer waste, minimizing runoff, and improving nutrient use efficiency (NUE)—helping growers achieve higher yields while aligning with environmental and regulatory expectations.
Fast ROI With Minimal Change to Existing Programs
Precision Agriculture Ready
Scalable Across Crops and Geographies
Biology-Powered Fertilizer Performance
Stress-Resilient Crops in Tough Conditions
Helps crops maintain performance under challenging conditions such as drought, salinity, and nutrient stress. By supporting plant vitality and chlorophyll production, it strengthens resilience throughout the growing cycle.
Sustainable Intensification Without Compromise
Improves nutrient use efficiency, allowing plants to get more value from every input while reducing waste. By minimizing runoff and excess fertilizer application, it supports more environmentally sustainable farming practices.
Efficiency + Cost Saving
Helps growers get more value from their existing fertilizer inputs by improving nutrient efficiency. It increases crop output without requiring additional fertilizer spend. As a result, farmers can boost yields while lowering overall input costs.
The Technology Behind Winplus: Heme Polypeptides
Winplus is a proven solution that combines scientific innovation with clear, data-backed agronomic benefits. Our patented technology leverages bioactive polypeptides to enhance nutrient delivery and uptake at the plant level. It has been rigorously tested through field trials, consistently demonstrating measurable yield improvements across multiple crop types. By improving nutrient use efficiency, it delivers reliable, repeatable performance under real-world conditions.