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Enrich the soil and encourage healthy plant growth with our Nutrients category, which adds organic-based nutrients. This category not only nourishes plants, but also contributes to fertile soil. Using organic nutrients promotes water balance and feeds soil life, which is essential for providing nutrients. Nutrients is an important step, our range goes beyond this category. Explore our comprehensive solutions at the other stages, each designed to meet specific plant and soil needs.
Nourish plants and soil with our organic-based Nutrients, promoting healthy growth and fertile soil. Organic nutrients enhance water balance and soil life, crucial for nutrient provision.
Beyond Nutrients, explore our comprehensive solutions tailored to specific plant and soil requirements. Explore our diverse solutions in other categories, each tailored to specific needs. For a comprehensive approach to agricultural challenges, we invite growers to explore how our wide range of products can benefit any farming business.
Benefits
Increases abiotic stress tolerance
Macro- and micronutrients, along with peptides, contribute to plant processes, making the plant more resilient to abiotic stresses such as heat and drought. These nutrients support the plant in maintaining vital functions, improve water retention in cells and stimulate the production of stress-resistant compounds.
Balanced macro- and micronutrient profile
The specific macro- and micro-nutrients and peptides are easily absorbed by the plant. Peptides are beneficial to the plant because they are essential building blocks for proteins, enzymes and hormones. They promote cell growth, improve resistance to abiotic stress and optimize nutrient uptake. Including peptides in a fertilizer makes a direct and efficient contribution to plant health and vitality.
Increases abiotic stress tolerance
Macro- and micronutrients, along with amino acids, contribute to plant processes, making the plant more resilient to abiotic stresses such as heat and drought. These nutrients support the plant in maintaining vital functions, improve water retention in cells and stimulate the production of stress-resistant compounds.
Essential free available amino acids
The fertilizer provides essential, freely available amino acids. It contains various types of amino acids, which are easily absorbed by the plant and contribute to healthy growth. These amino acids play a key role in various metabolic processes of the plant. They not only support protein building, but also serve as building blocks for enzymes and hormones.
Direct release of nitrogen for plant growth
The fertilizer provides an immediate release of nitrogen, half of which is released in the first few weeks. This released nitrogen can be absorbed directly by the plant, contributing to the initial growth phase. This rapid availability of nitrogen is especially important in the early stages of plant development, where it supports the formation of leaves, stems and roots. This direct release approach provides the plant with needed nutrients from the beginning, contributing to healthy and resilient growth throughout the growing season.
Offers organic matter for healthy soil life
The fertilizer pellet provides organic material for healthy soil life. This organic material serves as a food source for soil microorganisms. These microorganisms play a crucial role in the mineralization of organic material, converting it into nutrients useful to plants. By providing organic matter, the fertilizer not only stimulates the growth and activity of these microorganisms, but also contributes to a healthy and balanced soil ecosystem.
Organic matter improves water holding capacity of the soil
A fertilizer pellet with a high organic matter content contributes to increased water retention between soil particles. This pellet acts as a reservoir of organic matter that retains water, keeping it available to the plant. The organic matter in the fertilizer pellet acts as a sponge-like structure that retains water and gradually releases it to the soil. This promotes sustained and efficient use of water by the plant, allowing it to benefit from moisture for longer periods of time.
Contains humic and fulvic acids
Humic acids bind nutrients, while fulvic acids release them and transport them to the plant's roots. This process ensures longer retention of nutrients in the soil and the plant can absorb the nutrients more easily. Fulvic acid improves the absorption of all fixed nutrients in the soil and releases phosphates and iron to the plant.
Balanced macro- and micronutrient profile
The specific macro- and micronutrients and amino acids are easily absorbed by the plant. Amino acids are beneficial to the plant because they are essential building blocks for proteins, enzymes and hormones. They promote cell growth, improve resistance to abiotic stress and optimize nutrient uptake. Including amino acids in a fertilizer makes a direct and efficient contribution to plant health and vitality.
Balanced macro- and micronutrients during the crop cycle
The organic fertilizer contains various macro- and micronutrients, including nitrogen, phosphorus, potassium, calcium, iron, manganese, zinc and boron, which are gradually released throughout the growing season. This comprehensive mix of nutrients is essential for various aspects of plant growth. Nitrogen promotes overall growth, phosphorus is essential for energy transfer, and potassium enhances disease resistance and improves fruit quality. Calcium contributes to cell structure and vigor, iron is crucial for chlorophyll formation, and manganese plays a role in various enzymatic processes. Zinc and boron are also vital for various metabolic functions.
For a natural plant growth
The macro- and micronutrients support healthy plant growth by contributing to natural plant processes. These nutrients are essential for plants because they play crucial roles in various biological processes. Macronutrients such as nitrogen, phosphorus and potassium are necessary for building cell structures, energy transfer and photosynthesis. They are the basis for healthy growth and development.
