HUMINKRAFT Leonardite 5kg

Leonardite is a highly oxidized lignite from a healthy environment, formed 65 million years ago. It's a primeval natural feature.

• natural humic substance content up to 80%
• extremely high cation and anion exchange
• very high permanent humus content
• good water storage capacity
• diverse, natural nutrients and trace elements
• active clay minerals
• strengthens microbiology

We like it so much that it carries the energetic, harmonious patterns of primordial nature within it.

Click here for Leonardite (naturally tribomechanically pulverized) without any further additives >>>

• increases the selective ion exchange capacity
• causes the storage of ammonium
• enriches the soil with potassium
• ensures SiO2 regulation
• regulates the pH value of the soil
• qualifies the humus content and soil fertility
• ensures a well-ventilated soil structure
• Regulates water balance and protects against dehydration. Natural zeolite can absorb and retain 40% of its weight in water.
• stimulates the development of microflora
• binds pollutants, e.g. heavy metals, pesticides, ammonia
• regulates the useful nitrogen supply to plants
• binds radionuclides
• supplies the soil with minerals (trace elements)
• prevents the formation of mold, bacteria and parasites
• optimizes the growth of all plants

Click here for zeolite for soil without any additional additives >>>

• Kaolin consists of very small, structurally disordered crystals
• Kaolin offers enhanced anion and cation exchange capacities to maintain soil fertility
• Kaolin is an important reservoir for micronutrients
• Kaolin also plays an important role in the retention and stabilization of soil organic matter

Huminkraft and AM+PLUS Active Microorganisms

The combination of leonardite, zeolite and kaolin is already a powerful mix for the soil, but when combined with AM+PLUS microorganisms it truly becomes an unbeatable formula for soil health .

Microorganisms are living organisms in the soil that are essential for the decomposition of organic matter and the release of nutrients. When they interact with leonardite, zeolite, and kaolin, they can benefit from the enhanced nutrient retention and binding properties of these substances. This optimized environment supports the microorganisms in their activity and allows them to perform their functions more efficiently.

The result? A vital and vibrant soil in which plants can not only grow but thrive. A symbiosis develops in which the minerals optimize the environment for microorganisms, which in turn help ensure the plants receive the best possible nutrient supply. Overall, this creates a system that is far greater than the sum of its parts, resulting in a dynamic, sustainable, and productive ecosystem.