According to Messi Biology, magnesium (Mg) is an indispensable meso-element for plant growth, a core component of chlorophyll, and participates in multiple key physiological processes such as photosynthesis, enzyme activation, and nutrient transport. Magnesium deficiency can lead to yellowing of crop leaves, reduced photosynthetic efficiency, and deterioration of fruit quality, ultimately resulting in yield reduction. Traditional magnesium fertilizers, such as magnesium sulfate and magnesium chloride, can quickly replenish magnesium, but they are easily leached and lost, have short fertilizer effects, and long-term use may exacerbate soil acidification. However, a new type of magnesium fertilizer—magnesium oxide spheres—is becoming the preferred choice for modern agriculture due to its unique advantages.
Magnesium Spheres: Slow-Release, High-Efficiency Magnesium Fertilizer Innovation
Magnesium spheres are spherical granular fertilizers made from high-purity magnesium oxide as the main raw material, pressed through modern processes. Their core advantages are slow-release efficiency and regulation of soil pH:
- Sustained Nutrient Release: Magnesium oxide spheres dissolve slowly in the soil, gradually releasing magnesium ions. The fertilizer effect can last for months or the entire growing season, reducing the labor costs of frequent topdressing and avoiding the rapid loss of magnesium elements.
- Improvement of Acidic Soils: Magnesium oxide is weakly alkaline and can neutralize soil acidity, alleviating soil compaction caused by long-term use of chemical fertilizers, creating a healthier growing environment for crops.
- Environmental Protection and Safety: Chlorine-free and sulfur-free, suitable for chlorine-sensitive crops (such as tobacco and potatoes) and sensitive cash crops, reducing the risk of soil salinization.
Scientific Application: Methods and Precautions
Magnesium spheres can be directly used as base fertilizer or topdressing, suitable for field crops, fruit trees, vegetables, and cash crops. It is recommended to mix with soil or apply in ditches, avoiding direct contact with roots. The dosage needs to be adjusted according to soil test results, generally applying 10-20 kg per mu (approximately 667 square meters). For severely magnesium-deficient plots, it can be used in conjunction with organic fertilizer to enhance the fertilizer effect.
Messi Biology: A Leader in High-Quality Magnesium Spheres
In the field of magnesium fertilizers, Messi Biology stands out with its technical strength and product innovation. The magnesium spheres produced by the company have the following core advantages:
- High-Purity Raw Materials: Using self-developed high-activity magnesium oxide, the magnesium content (calculated as MgO) can reach more than 90%, far higher than industry standards, ensuring efficient nutrient release.
- Advanced Technology: Through high-temperature sintering and molding technology, the product has high hardness, and the dissolution rate is controllable, adapting to different soil conditions and crop needs.
- Environmental Protection and Safety: The product does not contain heavy metal impurities, meets green agricultural standards, and helps sustainable agricultural development.
- Professional Services: Providing soil testing and customized fertilization solutions to help farmers scientifically supplement magnesium, reduce costs and increase efficiency.
Guided by the philosophy of “quality first, empowered by technology,” Messi Biology’s magnesium oxide sphere products have been widely used in northern orchards, vegetable bases, and southern cash crop areas, significantly improving crop magnesium deficiency symptoms and enhancing the quality of agricultural products. Magnesium oxide spheres, as a new type of magnesium fertilizer, represent a shift in agricultural fertilization towards efficiency and environmental protection. Choosing high-quality products such as Messi Biology’s magnesium spheres can not only solve crop magnesium deficiency problems but also promote soil health, achieve increased production and improved quality. In the future, with the development of precision agriculture, the application prospects of magnesium spheres will be even broader.