Best quality and water soluble MAP 12-61-0 Monoammonium Phosphate Fertilizer in Agriculture

Monoammonium phosphate (MAP) is a widely used source of phosphorus (P) and nitrogen (N). Made from two ingredients commonly found in the fertilizer industry, it contains the most phosphorus of any common solid fertilizer.

MAP has been an important granular fertilizer for many years. It is water soluble and dissolves quickly in sufficiently moist soil. Once dissolved, the two basic components of the fertilizer separate again, releasing ammonium and phosphate, both of which plants depend on for healthy, continued growth. The pH of the solution surrounding the particles is moderately acidic, making MAP an especially ideal fertilizer in neutral and high pH soils. Agronomic studies have shown that, in most cases, there are no significant differences in phosphorus nutrition between various commercial phosphorus fertilizers.

Growers apply granular MAP just below the soil surface near growing roots or in concentrated bands in the surface band. It is also usually applied by spreading it over the field and mixing it into the topsoil by tillage. In powder form, it is an important ingredient in suspended fertilizers. When MAP is made from exceptionally pure H3PO4, it dissolves easily into a clear solution that can be dispersed as a foliar spray or added to irrigation water. The P2O3 equivalent content of high-purity MAP is usually 61%.
 

benefit:
1. Increase turgor and plant resistance to stress and disease;
2. Maintain the balance between vegetative and reproductive periods;
3. It stimulates the growth of new shoots when plants are stressed due to adverse conditions around them (low temperature, insufficient light), it also promotes flowering and increases fruit size;
4. Improve the quality characteristics of the fruit (sugar content, color, consistency, durability during storage).

Monoammonium phosphate simultaneously provides plants with two major nutrients linked in one compound. It is mainly used as a phosphate fertilizer due to its high phosphorus content.

The chemical form of phosphorus in monoammonium phosphate is a long-chain molecule, which further facilitates its uptake by plants and inhibits the process of phosphorus inactivation in soil complexes.

This fertilizer is well absorbed by the plants and does not leave ballast material in the soil that would reduce its fertility.