Leonardite

Parameters

Organic nitrogen on dry matter (Org.N) – 0.53%

Extractable organic carbon (C org.– TEC) – 63.50%

Humic Fulvic Acid (HA+FA/TEC) – 76.78%

(Organic carbon (Org. C) – 40.00%

Organic matter – 80.00%

pH – 6.1

Dimensions

from 0.10 mm - 3.00 mm

from 0.10 mm - 6.00 mm

from 0.10 mm - 12 mm

Potassium humate

Parameters

Powder and Liquid

Organic nitrogen on dry matter - N org. % SS 00.01

C.org.humified on C.org. Total - C HA/C total 63.30

Organic carbon on dry matter - C org. % SS 42.10

Carbon/Nitrogen - C/N 99.99

Sost.Org on the as is - OS on the as is 68.20

Organic Substances Hum.% Organic Substances Dry % 63.30

Organic matter on dry matter - OS % 84.20

Leonardite is a high-quality organic material, widely used in agriculture and soil management, to improve soil structure and increase soil fertility.

The main parameters of leonardite:
organic nitrogen per dry matter (Org. N) stands at 0.53%, ensuring a nitrogen balance favorable to plant growth.
- The extracted organic carbon content (C org – TEC) reaches 63.50%, improving the efficiency of the humus component.
- Humic-fulvic acids (FA+UA/TEK) are represented in a high percentage - 76.78%, being positive for soil fertility and activating natural processes.
- Organic carbon (Org. C SS) represents 40.00%, contributing to the stabilization of the soil structure.
- The total organic matter content reaches 80.00%, confirming the high quality of the material.
- The pH level is 6.1, allowing leonardite to be used on various types of soils without risking increased acidity.
- Particle size ranges from 0.10 mm to 12 mm, allowing you to choose the optimal fraction for different application needs.

The use of leonardite promotes soil air permeability, stimulates root development, increases biological activity and supports nutrient accumulation. Due to its high content of humic and fulvic acids, this material is ideal for organic farming, for restoring depleted soils, and can be used as a component in the production of fertilizers.

Leonardite is a reliable natural source of nutrients, capable of supporting the sustainable development of crops and increasing yields. Its high-quality composition and optimal physical parameters make it an indispensable material for farmers and farms that aim to improve soil quality and environmental sustainability of production.