introduction

In modern agricultural production, providing adequate and balanced nutrition is crucial to crop health and high yields. As a highly efficient fertilizer, magnesium sulfide fertilizer is widely used in medium- and high-intensity agricultural cultivation. It can provide necessary magnesium and sulfur nutrients and significantly improve crop growth performance.

Main ingredient characteristics

The total magnesium oxide (MgO) content of magnesium sulfide fertilizer is between 26-27%, while the sulfur content is 16-20%. This high concentration of nutrients ensures the nutritional needs of crops at different growth stages. In addition, water-soluble magnesium oxide (WS MgO) accounts for 20% of the total, making the fertilizer excellent in solubility and dispersion during use.

Advantages and features

• Efficient nutrients: The rich composition of sulfur magnesium fertilizer ensures that plants receive comprehensive nutritional support.
• Excellent solubility and dispersion: particle size is 2.0-5.0mm, moisture content does not exceed 5%, ensuring uniform application.
• Enhance photosynthesis: Magnesium is an important component of chlorophyll and helps improve the efficiency of photosynthesis in plants.
• Improve disease resistance: Sulfur supplementation helps enhance plant health and improve disease resistance.
• Long-term nutrient release: Continuously and evenly releases nutrients to provide long-term support for crops.

Scope of application

Magnesium sulfur fertilizer is widely used in medium- and high-intensity agricultural planting. It can not only improve soil, but also supplement magnesium and sulfur nutrients in different crops to meet the needs of the global agrochemical market.

in conclusion

To sum up, magnesium sulfide fertilizer has become an indispensable fertilizer choice for modern agriculture due to its efficient nutritional composition and excellent field performance. In order to improve crop health and ensure high yields, it is recommended to be actively used in agricultural planting.