This product is based on plant physiology and stress resistance principles, using modern biotechnology to help plants resist adverse external environments, effectively solving problems such as rapid water loss, lack of fertilizer, premature aging of roots and stems and leaves caused by extreme climates in crops such as wheat and rice, accelerating the transfer of nutrients from roots, stems and leaves to grains, promoting early maturity of crops, full grains, and increasing production and income.

This product is based on the principles of plant physiology and stress resistance, uses modern biotechnology, and is rich in trace elements such as iron, manganese, zinc, and boron that are essential for crops. It can effectively solve the problems of trace element deficiency in crops such as wheat and rice, rapid water loss, lack of fertilizer, and premature aging of roots and stems and leaves caused by excessive transpiration during heading and filling periods, and promote the filling of wheat and rice grains to increase production and income.

This product is produced using nanotechnology, plasma technology and small molecule coupling method to ensure that it is rich in silicon and is in the Si(OH)4 state that can be fully absorbed by crops. It is also rich in a variety of macro and micro elements necessary for crops. It is a new functional, health-care and high-efficiency fertilizer.

This product is rich in mineral humic acid, fermented biostimulants and various nutrients and bioactive substances such as nitrogen, phosphorus and potassium. It can supplement plant nutrients, improve the rhizosphere microecological environment, increase fertilizer utilization rate, stabilize plant growth, and improve quality and increase production.