SOIL IMPROVERS

What are humic acids and what are they for?

Humic acids are organic compounds present in soil organic matter, known for their ability to improve soil fertility and structure.

They are a fundamental tool to improve nutrient retention, promote root development and support healthy crop growth.

Their application can improve mineral uptake and cation exchange capacity, resulting in stronger and more productive plants.

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COMPLEXED CALCIUM BLEND. Water soluble fertilizer, foliar and root application.

Humic Acids. Water soluble fertilizer

Solid Humic Acids

Fertilizer with humic acids

Properties of humic acids

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  • Humic acids act on the physical structure of the soil, increasing its capacity to retain water and nutrients. This is especially useful in poor and degraded soils.<br><br>Improvement of soil structure

    Humic acids act on the physical structure of the soil, increasing its capacity to retain water and nutrients. This is especially useful in poor and degraded soils.

  • Increase in water retention capacity

    These compounds help to improve water retention capacity, which is essential in crops at risk of water stress, thus increasing plant resilience.

  • Favour the availability of nutrients

    Humic acids improve the availability of nutrients to plant roots, promoting more efficient uptake and ensuring healthy growth.

  • Promote microbial activity

    These compounds promote microbial activity in the soil, favouring the balance of the ecosystem and improving the long-term health of the soil.

Benefits of using humic acids in crops

Crop yield increase

The use of humic acids is directly related to improved crop performance by enhancing nutrient uptake and root development.

Reduction of plant stress

Thanks to their water retention capacity and improved soil structure, humic acids help to reduce plant stress under adverse conditions.

Optimisation of fertiliser use

Humic acids improve the efficiency of fertilisers by enhancing their retention and absorption by plants, thus optimising the farmer’s or distributor’s investment.

Promoting agricultural sustainability

They promote a more sustainable farming system by reducing the need for chemical fertilisers and improving soil quality in a natural way.

Why choose us as your supplier of floor improvement products?

Ácidos Húmicos
  • Specialists in large volumes

    Manufacturing and distribution in quantities that meet the needs of large warehouses and distributors.

  • Customised and versatile packaging

    We adapt to the specific requirements of each client to ensure the correct presentation of the product.

  • Niche solutions for every need

    Innovation and specific products to solve any problem related to soil improvement.

  • Specialised advice

    We have experts who will help you choose the best product for each type of floor.

Frequently asked questions about humic acids

What is the difference between humic and fulvic acids?

Humic and fulvic acids are components of soil organic matter. The main difference lies in their molecular weight and solubility. Fulvic acids are lighter and more soluble in water, whereas humic acids have a higher molecular weight and stay longer in the soil, improving the structure in a sustained way.

Humic acids can be applied before sowing, during the growth cycle of the crop, or even continuously in irrigation. It is advisable to apply them in impoverished soils or in times of stress to maximise the benefits.

The dose of humic acids depends on the type of crop and soil conditions. Normally, a dosage of between 10-20 litres per hectare is recommended when applied via irrigation, but it is essential to follow the manufacturer’s specific recommendations and technical advice.

In large-scale crops, humic acids help to improve soil quality, increasing nutrient retention and reducing the need for additional inputs. This translates into significant savings and improved overall yields.

Yes, humic acids are fully compatible with other fertilisers except products containing calcium, phosphorus or an acid pH. In fact, their combination allows optimising the efficiency of the fertiliser by improving the absorption and availability of nutrients to the plant.