This homogeneous mixture of dolomitic lime and agricultural gypsum is designed to offer an integral solution for soil improvement and correction. It provides essential nutrients and optimizes soil pH, beginning to act immediately thanks to its ultrafine granulometry of 100 microns.

Composition:

• 50% Calcium Sulfate (Agricultural Gypsum)
• 50% Dolomite (CaO 28% and MgO 9%)

Properties and Benefits:

pH and Acidity Neutralization:

• Elevates pH, correcting acidity and neutralizing toxic aluminum in acidic soils.

Soil Structure Improvement:

• Improves soil structure and combats sodium effects, favoring nodulation in legumes and increasing microbial activity.

Nutritional Contribution:

• Source of Calcium, Magnesium, and Sulfur, essential for plant development and crucial for photosynthesis and the development of grains and fruits.

Optimization of Calcium/Magnesium Ratio:

• Contributes to optimal nutritional balance in the soil, improving crop quality and quantity.

Versatility:

• Ideal for a wide range of crops such as pastures, cereals, citrus, fruit trees, vegetables, and rice.

Recommended Applications:

• Pastures: Promotes the development, volume, and useful life of pastures.
• Rice Crops: Especially recommended due to the specific needs of this crop.
• Legumes: Stimulates nodulation and nitrogen fixation.

How to Use:

• Perform a prior soil analysis to determine specific needs and the appropriate dosage.
• Adjust the dosage and application time based on the crop cycle and soil conditions.

Precautions:

• Ensure that the dosage and application times are adequate to avoid adverse effects.
• Store in a dry, cool place, out of reach of children and animals.

Conclusion: The mixture of dolomitic lime and agricultural gypsum amplifies the individual benefits of each component, providing a more complete and holistic solution for soil improvement. This combination allows for a soil management strategy that is both broad and deeply effective, which can be especially valuable in soils facing multiple challenges. Ideal for diverse agricultural contexts and a variety of crops, it promises to improve yields and crop quality.