Bio Hanferde Sonnenerde 20 Liters – Premium Living Soil from Austria (Peat-Free)
Sonnenerde's Bio Hanferde is a top-quality, peat-free soil made entirely from locally sourced raw materials, without the use of coconut fibers or perlite. This premium blend is composed of composted plant material, biochar, wood fiber, expanded clay granules, and horn shavings. This unique composition promotes intensive root development and high biological activity. The horn shavings act as a long-lasting nitrogen fertilizer, supporting sustainable plant growth.
To prevent infestations of fungus gnats, Sonnenerde has added predatory mites to the Bio Hanferde, providing natural pest control. Additionally, this is a Living Soil, already enriched with a variety of microorganisms that contribute to the vitality and health of your plants.
The hot composting process used in the production of this soil promotes aerobic, humus-building soil organisms and fungi, ensuring optimal nutrient availability for plants. In the event of a fungus gnat infestation, it is recommended to allow the soil to dry out completely before use and to water sparingly. Natural treatments such as nematodes or predatory mites can also be used.
By choosing Sonnenerde’s Bio Hanferde, you are opting for a sustainable and environmentally friendly product that provides the best foundation for healthy and robust plant growth.
Advantages of Bio Hanferde
Bio Hanferde offers a range of benefits, making it an ideal choice for healthy plant growth. It ensures optimal nutrient supply to plants, eliminating the need for extensive fertilization. Additionally, the soil reduces water consumption while maintaining efficient plant hydration.
Thanks to its special composition, Bio Hanferde delivers immediate positive effects, such as improved plant growth and higher yields. Another advantage is the rich soil life supported by microorganisms, fungi, and small organisms, which enhance plant health.
The horn shavings in the soil decompose slowly through fungal activity, which may sometimes result in the formation of a white fungal network a visible sign of high biological activity within the soil.