Efficient multifunctional foliar-application hyper-concentrated fertilizer for plants and preparation method therefor

Abstract

The invention belongs to the technical field of foliar fertilizers and discloses an efficient multifunctional foliar-application hyper-concentrated fertilizer for plants. The fertilizer comprises the following ingredients: hydrolyzed amino acid, polymerized taurine, ore sourced potassium fulvate, biological potassium fulvate, a plant growth regulator, nutrient elements, a surfactant and functional auxiliaries. The invention further discloses a preparation method for the fertilizer. The method comprises the steps of separately preparing a solution A, a solution B, a solution C, a solution D, a solution E, a solution F, a solution G, a solution H, a solution I, a solution J and a solution K, and then, carrying out uniform stirring, thereby preparing the efficient multifunctional foliar-application hyper-concentrated fertilizer for the plants. According to the efficient multifunctional foliar-application hyper-concentrated fertilizer for the plants and the preparation method therefor, crops can be adjusted to form effective growth vigor, meanwhile, the fruit set percentage can be very effectively increased, enough flowers and young fruits are kept, and the formula can be used for increasing production of the crops by 20% to 50%; and meanwhile, the efficient multifunctional foliar-application hyper-concentrated fertilizer is wide in applicable range and is particularly applicable to the crops such as wheat, rice, soybeans, potatoes, fruit trees and vegetables.

Description

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AI Technical Summary

Benefits of technology

The technical effect that this new product solves are its ability to control how well we grow plants while also increasing their weight gain or improving overall plant health during harvesting time. This results in better quality products like breads made from these materials.

Problems solved by technology

This patented technical solution described in this patent involves improving the performance of existing fertilizing compositions while reducing their environmental impact. It proposes adding certain ingredients or mineral supplements into them instead of traditional liquid ones like urea nitrogen monosulfuronate and sulfur hexaflouride, making them more effective than current solutions. Additionally, the inventors propose developing new types of fertilizings containing different components together rather than just one component alone. These improvements include improved chlorophyll content, enhanced calcium availability, adjustable element concentration, longer period effects, less sedimentation during storage over several months, better prevention against disease outbreaks caused by drilling stubbles, weeds, pests, and pollution from agricultural land.

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