Nutrients

Heptagluconic acid-based macro- and micronutrient solutions designed to support efficient nutrient uptake, healthy crop development and optimal crop performance.

Heptagluconic Acid-Based Nutrients

Our macro- and micronutrients use heptagluconic acid as a biodegradable complexing agent. This helps keep nutrients available for efficient uptake by the plant, even under challenging growing conditions.

  • pH 2–12Extended storability, maintaining effectiveness for up to 2 years.
  • >8 hoursBiodegradable carriers aligned with sustainable agro-industry.
  • RainfastRemains available to the crop after rainfall.

Why Choose Our Nutrient Solutions?

  • Efficient Nutrient UptakeDerived from glucose, gluconic acid forms a natural complex with the nutrient, helping to keep it soluble and readily available for plant uptake.
  • Fast Nutrient UptakeSupports fast nutrient uptake by the crop within 8 hours of application.
  • Broad pH StabilityStable across a broad pH range from 2 to 12, maintaining nutrient availability under varying conditions.
  • Rainfast PerformanceHelps maintain nutrient availability after rainfall, supporting reliable performance under challenging weather conditions.
  • Natural Complexing AgentGluconic acid is a naturally derived complexing agent that is readily biodegradable in the environment.

When to Use Nutrients

Our macro- and micronutrients can be applied at different stages throughout the growing season to help prevent and correct nutrient deficiencies while supporting specific crop needs.

  • Leaf through foliar applicationApplied directly to the leaves of actively growing plants.
  • Seed through encrustingIncorporated into an encrusting layer applied to the seed.
  • Seed through filmcoatingIncorporated into a thin, uniform filmcoat applied to the seed.
  • Seed through pelletingIncorporated into a pellet built around the seed.
  • Soil through fertigationApplied to the soil through a fertigation system.
  • Soil through surface sprayApplied as a liquid spray directly to the soil surface.