Plant wound protection patch and preparation method thereof

Abstract

The invention discloses a plant wound protection patch and a preparation method thereof, and aims at providing a plant wound protection patch and a preparation method thereof, wherein the plant wound protection patch has the advantages that the plant wound protection patch can be directly attached onto a plant wound, the immune system of trees is activated, the metabolism is enhanced, the stress resistance of the trees is improved, the patch can be used for sterilization and disinfection, the water loss is prevented, the wound healing is promoted and the use is convenient. The protection patch is formed by mounting materials and plant healing ointment. The plant healing ointment is formed by the following components by weight percent: 20-60 percent of soybean oil, 10-30 parts of polybutylene, 1.2-5 percent of thiophanate methyl, 10-30 percent of asbestos and 10-33 percent of titanium dioxide. The plant wound protection patch can be directly attached onto the plant wound, an area which is isolated from an external germ living environment or can destroy the germ living environment is formed, the wound healing is promoted, the use is convenient, the effectiveness is high and the environment is protected.

Description

technical field [0001] The invention belongs to the technical field of plant wound healing protection, and more specifically relates to a plant wound protection plaster and a preparation method thereof. Background technique [0002] At present, the treatment of man-made or natural wounds such as plant transplanting, grafting, pruning, etc. is generally spraying drugs, which is costly, easy to waste, complicated to operate, and the effect is not ideal. The wound site does not form a living environment to isolate or destroy the bacteria. In the area of ​​the living environment, the bacteria have a great influence, which affects the speed of plant wound healing, and the speed of plant wound healing is slow. Moreover, due to the untimely water retention measures, the serious dehydration causes the plants to wilt, and even cause the plants to die, which has caused relatively large losses to the economy. Therefore, it is very necessary to study a new plant wound protection substa...

AI Technical Summary

Problems solved by technology

[0002] At present, the treatment of man-made or natural wounds such as plant transplanting, grafting, pruning, etc. is generally spraying drugs, which is costly, easy to waste, complicated to operate, and the effect is not ideal. The wound site does not form a living environment to isolate or destroy the bacteria. In the area of ​​the living environment, the influence of germs is great, which affects the speed of plant wound healing, and the speed of plant wound healing is slow

Moreover, due to the untimely water retention measures, severe water loss causes the plants to wilt, and even cause the plants to die, causing great losses to the economy.