MicroSense®
Fertilizer Coating

Smarter Nutrition for Plants – Sustainable Growth for Farmers

MicroSense® Fertilizer Coating

Smarter Nutrition for Plants – Sustainable Growth for Farmers

Traditional slow-release coatings only control how fast nutrients are released. They do not improve how much the plant actually takes up. Microsense® is different: our active biostimulant coating works directly in the rhizosphere, where roots and soil interact. The result is higher nutrient efficiency, better plant growth, and reduced environmental impact.

Why MicroSense®?

  • Maximized Nutrient Uptake – Nutrients are not just released, they are actively absorbed.
  • Reduced Losses – Less volatilization, leaching, and denitrification.
  • Higher Yield Potential – Proven increases in nitrogen, phosphorus, and potassium efficiency.
  • Lower Carbon Footprint – A smarter choice for climate-conscious farming.

Benefits by Nutrient


Nitrogen (N):

  • Maximized Nutrient Uptake – Nutrients are not just released, they are actively absorbed.
  • Reduced Losses – Less volatilization, leaching, and denitrification.
  • Higher Yield Potential – Proven increases in nitrogen, phosphorus, and potassium efficiency.
  • Lower Carbon Footprint – A smarter choice for climate-conscious farming.

Potassium (K):

  • Enhances water retention in soils
  • Prevents rapid “burst release” and leaching
  • Supports balanced plant growth with humic and amino acid complexes

Comparison: Chemical Extraction vs. Ultrasound Process

CriterionChemical ExtractionUltrasound Process
Waste GenerationHigh (acid, salt, solvent residues)None (water-based suspension)
Energy/CO₂ FootprintHigh (acid production & use)Moderate (electricity, can be renewable)
Soil ImpactSalt load, pH imbalanceEco-friendly, stimulates microbial activity
Product FormChemically modified solutionNatural micronized/colloidal state
Release ProfileFast, short-termControlled, longer-lasting
IntegrationWorks with chemical fertilizersWorks with microbes & natural soil cycles

CO₂ Reduction Claim


 CO₂ Reduction Claim: The ‘up to 40–70%’ reduction should be communicated as dependent on process conditions and renewable energy use; ideally supported by life cycle assessment (LCA).

Nutrient Solubility Increase


Nutrient Solubility: The ‘2–5 times’ increase is based on particle size and microbial synergy; best communicated as ‘can increase’ rather than absolute.

Microbial Interactions


Microbial Interactions: Synergy with Bacillus, Aspergillus, and Thiobacillus is scientifically valid but better emphasized in technical brochures than farmer-focused marketing.

Controlled Release Dynamics


Controlled Release Claim: Release dynamics depend on soil type and moisture; communicate as ‘slower and more gradual compared to chemical extracts’ rather than absolute.