Production method of drip-irrigated water-flush fertilizer

Abstract

The invention discloses a production method of drip-irrigated water-flush fertilizer and belongs to the field of agricultural fertilizer. The production method comprises the following steps of respectively crushing 34-36% of urea, 28-30% of diammonium phosphate, 30% of potassium sulfate, 0.5% of humic acid-zinc chelate, 0.5% of humic acid-copper chelate, 1% of humic acid-iron chelate, 0.5% of humic acid-magnesium chelate, 0.5% of bio-enzyme, 1% of a soil conditioning agent, 1% of a plant growth promoter and 1% of rooting powder by a crusher and blending the powder by a mixer to obtain the drip-irrigated water-flush fertilizer. The drip-irrigated water-flush fertilizer is rich in nutrients, has fast and stable fertilizer efficiency, is generally suitable for plants such as cotton, fruits, vegetables and flowers, can effectively promote plant rooting, growing power improvement and root well-development, can improve a fruit yield, can ensure flower and fruit retention, can reduce malformed fruits and can improve stress resistance.

Description

technical field [0001] The invention belongs to the field of agricultural fertilizers, in particular to a production method of humic acid drip irrigation and fertilization. Background technique [0002] Drip irrigation and fertilization is a multi-purpose fertilizer for flushing, dripping, spraying and irrigation of green crops developed in combination with the characteristics of crop fertilizers. The common forms are liquid, granule, powder or paste, suitable for cotton, fruits and vegetables, flowers, etc. , characterized by quick effect, 6 hours of absorption, 24 hours of obvious effect, promote early maturity, prevent premature senescence of plants, and resist heavy cropping to achieve balanced nutrition of crops. This product can reduce soil salinity, improve soil permeability, prevent compaction, and improve crops Improve the growth environment and improve the yield and quality of crop products. . The product of the present invention is exactly a kind of powder ferti...

AI Technical Summary

Problems solved by technology

With the development of science and technology, people realize that in the process of plant growth, in addition to a large amount of nitrogen, phosphorus, and potassium, it also needs a certain amount of trace elements. If these trace elements are lacking, plants cannot grow normally. When nitrogen, phosphorus, and potassium are applied, adding fertilizers containing one or several medium and trace elements can play a certain role in balancing the elements needed by crops and preventing physiological diseases caused by deficiencies. Most of the medium and trace elements in the soil exist as divalent metal ions. After entering the soil, it is easy to react with a large number of negative divalent carbonates and negative trivalent phosphates in the soil to form water-insoluble carbonates and phosphates. Not easily absorbed by plants