1. Polyglutamic acid can better transport the nutrients and water in the soil to the plant, form a protective film in the root of the plant, protect the root hair of the plant, and make the plant grow better.

2. Polyglutamate can also absorb nutrients from fertilizers and transport them to plants to improve the conversion and utilization of fertilizers. The composition of soil is complex, but polyglutamic acid can prevent the precipitation caused by chemical reactions between some acid ions and metal elements, so as to promote the development of plant roots and enhance plant disease resistance.

3. 5-7 days after application of polyglutamate, the leaves of the plant will turn green and thick, grow textured and stand upright. After 15 days, plant root hair development 15%, can increase fertilizer utilization rate 20%, average crop yield increased by 10%-25%, root crop yield increased by more than 60%.

4. The adsorption and exchange capacity of polyglutamate and nutrient ions is 100 times that of natural soil, which can effectively prevent phosphate ions, sulfate ions and oxalate ions from precipitating metal elements in fertilizer. So that crops can more effectively absorb phosphorus, calcium, magnesium and other elements in the soil.

5. Long-term application of chemical fertilizers will reduce soil acidity, but polyglutamate can regulate soil properties well. Polyglutamate can also bind toxic heavy metals, filter them, integrate plant nutrients, improve active components in the soil, and enhance plant disease resistance. In addition, polyglutamate can increase the production of agricultural products such as melons, fruits and vegetables.

6. Polyglutamic acid can promote the absorption and utilization of trace elements and phosphate fertilizer. In addition, polyglutamate can also improve the cation exchange capacity in the soil, temporarily storing cations adsorbated by trace elements such as calcium and magnesium, and then slowly adding them to the soil.