Organic Composition and Perfect Balance

This substrate is composed exclusively of high-quality organic ingredients, such as white and black peat, free of perlite. The inclusion of white peat fiber ensures a spongy and light structure, avoiding soil compaction and facilitating better aeration. In addition, the calcium carbonate present in the mix helps maintain an ideal pH balance, ensuring that plants can optimally absorb nutrients. With a pH of 6.0 and an electrical conductivity (EC) of 0.30, Mills Organic Soil provides a perfect environment for healthy plant growth.

Optimal Water Retention and Effective Drainage

Thanks to its balanced water retention capacity, this substrate maintains an ideal moisture level for the roots, avoiding problems of insufficient or excessive irrigation. In addition, the specific particle structure ensures effective drainage, preventing water stagnation and the risk of root rot. This combination of features favors better use of irrigation water, promoting significant savings and contributing to sustainable water resource management.

Versatility and User-Friendly

Mills Organic Soil is suitable for a wide range of crops, including vegetables, flowers and ornamental plants, both indoors and outdoors. Its versatility allows it to be used in pots or directly in the soil, offering flexibility for all gardening projects. This substrate is ideal for completing a full growing cycle with organic nutrients, especially when combined with Mills' new line of organic products.

Commitment to Quality and Sustainability

< p>Mills' commitment to quality and sustainability is reflected in every component of Mills Organic Soil. The absence of perlite and the use of organic materials ensure an environmentally friendly product, which not only promotes healthy plant growth, but also contributes to the conservation of natural ecosystems. This substrate is the ideal choice for gardeners looking for an ecological and high-quality option.

Composition:

• White peat
• Black peat
• White peat fiber
• Calcium carbonate