micramine® 38

ROOT SYSTEM DEVELOPMENT AND QUICK START

micramine® 38 ( CE fertiliser )

Micramine® 38 is a microgranulate fertiliser with an increased zinc content and is intended for soil application. It contains readily available nitrogen, phosphorus and sulphur. The plant’s uptake of these nutrients is inhibited in summer by lower mineralisation and in spring by the low soil temperature. Micramine® 38 improves the physical, chemical and biological properties of the soil and creates better conditions for monoculture crop cultivation. The zinc (Zn) trace element in this fertiliser promotes the growth and development of roots and root hairs. This enhances nutrient uptake in the critical early stages. The higher sulphur content makes the fertiliser more suited to neutral and alkaline soils.

micramine® 38
Properties
100% chelation
100% chelation
biodegradable
biodegradable
CE fertiliser
CE fertiliser
NPS+ trace elements
NPS+ trace elements
rapid solubility
rapid solubility
rapid nutrient uptake
rapid nutrient uptake
stimulation
stimulation
high phase stability
high phase stability
Packaging
15Kg
Composition
%NP2O5K2OCaOMgOSO3MnCuFeZnBMoActive component
micramine®     
38
8,030,0 9,0 24,0   3,0  Elicitor of systemic resistance and stimulator of biosynthetic processes

Microgranulated fertilisers

The micramine® range of microgranulated fertilisers is a top solution in the nutrition of emerging crops thanks to:

  • the nutrient content, which promotes germination and sprout growth,
  • nutrients with a formulation that is water-soluble and immediately accessible to the plant,
  • the stimulation of root hair formation in germinating plants,
  • patented ElicitorTM technology,
  • granulometry – ranging in size from 0.55 to 1.25 mm, the granules are designed to be suitable for any adapter in order to ensure uniformity in application.
%NP2O5K2OCaOMgOSO3MnCuFeZnBMoActive component
micramine®      
38
8,030,0 9,0 24,0   3,0  Elicitor of systemic resistance and stimulator of biosynthetic processes
micramine®      
50
10,040,0 13,0     2,0