
Cultivating Growth with Advanced
Nano-Coating Technology
NanoCote's nanoparticle technology enhances the delivery of macro and micronutrients in dry fertilizers through a versatile coating process. The core technology involves a flexible biodegradable coating that disperses nutrients loaded with nanoparticles to boost plant uptake.
NanoCote’s technology makes it simple to coat any fertilizer particle without specialized equipment. The rapid curing process requires no additional heat or specialized equipment.
Once applied to the farm, NanoCote dissolves quickly, distinguishing it from other coated fertilizer technologies that may remain encapsulated.


NanoCote Core is the ultimate solution for enhanced crop growth, with studies showing a 3:1 ROI.
*Product availability varies with each state. Visit the product page to learn more.
Adding our nanotechnology products into your current fertility and crop protection program is easy; our solutions enhance the efficiency of your crop inputs without disrupting your current approach.

Evenly coats every particle with nutrient enhancing nanoparticles

Significantly reduces dust
and material buildup

Can replace most nitrogen stabilizing technologies

Increases nutrient
uptake and crop yields
Reduces 99% of Dust in Blending/Manufacturing:
NanoCote Core reduces 99% of dust in blending and manufacturing, improving working conditions and reducing worker and equipment exposure.
Reduces Fertilizer Buildup on Equipment:
NanoCote Core reduces fertilizer buildup on equipment, reducing maintenance costs and increasing equipment lifespan. This also reduces downtime, which is critical during the short time frame blenders must serve the growers.

HOW IT WORKS


Biodegradable coating protects the particle from environmental losses and surrounds the fertilizer with nanoparticles.
NanoCote releases with moisture and helps solubilize the nutrients in the soil.

NanoParticles are “primed” to load when the fertilizer solubilizes with water.
Solubilized ions and molecules load onto the nanoparticles, supercharging them with key crop nutrients.

Nutrient loaded nanoparticles protect the nutrients and facilitate faster uptake through endocytosis.