With the recognition of farmers for water-soluble fertilizers with a large number of elements in powder, there are many manufacturers, and the competition pressure of enterprises is huge. Now they are facing two major pain points:
1. The prices of industrial-grade monoammonium phosphate and potassium dihydrogen phosphate, two major raw materials for phosphorus, remain high. Moreover, due to the explosive demand for phosphorus in the new energy industry, industrial-grade monoammonium phosphate and potassium dihydrogen phosphate will be at a high level in the short term.
2. The effect is slow, and synergists that can quickly promote crop rooting are needed. Especially in high-salt, highly acidic soils, bio-based synergists that can resist stress in harsh soil environments and promote rooting are needed.
Therefore we recommend Alginate Oligosaccharide.
1. Add highly active Alginate Oligosaccharide to reduce the content and production cost.
Highly active Alginate Oligosaccharide (90%) are added to water-soluble fertilizers with a large number of elements, and only one kilogram per ton can replace the effect of 10 NPK content in water-soluble fertilizers. For example, the original water-soluble fertilizer with 60 NPK content can be reduced to 50 NPK by adding highly active oligosaccharides, realizing 50 instead of 60.
Reducing the content of NPK ensures that crops do not decrease in yield, reduces costs and risks, and improves profits and sustainable development.
2. Add highly active Alginate Oligosaccharide to promote rooting and improve phosphorus absorption and utilization
1). Phosphorus is easily fixed in the soil. Most of the phosphorus in the soil is insoluble phosphorus, so less than 1% of the phosphorus in the soil can be directly absorbed by crops, and most of the phosphorus can be absorbed by plants after activation.
Phosphorus absorption sites are root tips and root hairs. Crops with well-developed root systems can increase the amount of phosphorus intercepted by the roots and shorten the distance from which phosphorus diffuses to the roots. At the same time, roots with root hairs can absorb more than roots without root hairs. The amount of phosphorus is 3 to 4 times more.
2). Studies have shown that the dry weight of pea root and corn root increased by 135.5% and 159.7% respectively compared with the control when using high-activity Alginate Oligosaccharide (molecular weight <1000, higher activity). After 10 days, it was tested. (Source: Research on the mechanism of Alginate Oligosaccharide promoting plant growth and stress resistance, Ocean University of China, Liu Ruizhi)
[Data source: Liu Ruizhi. Research on the mechanism of fucoidan oligosaccharides promoting plant growth and stress resistance [D]. Ocean University of China, 2009.]
Low-molecular weight Alginate Oligosaccharide (molecular weight <1000) have higher activity, and promote the synthesis of endogenous plant hormone IAA (indole acetic acid) by 8 times, increase the content of gibberellin, abscisic acid, jasmonic acid, etc., and take effect in 3 minutes , 3 days effective, 30 days lasting effect!
Promote the growth of crop root tips and root hairs, make the root system strong, increase the amount of phosphorus intercepted by the roots, thereby improving the absorption and utilization of phosphorus.