Nutrition agent for healing of rubber tree

Abstract

The invention relates to a nutrition agent for healing of a rubber tree. The adopted technical scheme for solving the technical problems is as follows: the nutrition agent is composed of 1g-10g marine algae, 1g-12g sorbic acid, 50-80 ml alcohol, 10g-30g sodium benzoate, 1g-22g sodium metasilicate, 1g-25g sodium pyrosulfite, 3g-36g boric acid and 1g-23g citric acid. The nutrition agent for healingof the rubber tree has the following beneficial effects: after tapping off the rubber from the rubber tree, the tapped part is coated with the nutrition agent for healing of the rubber tree, so that the rubber tree is protected from invasion of noxious bacteria and pathogenic mycete, various fungi are killed, and nutrition is supplemented for the rubber tree, and the tapped part can be healed quickly. In this way, the yield of the rubber tree is improved, and simultaneously, the growth cycle of the rubber tree is prolonged. Many tests prove that the nutrition agent has very obvious effect.

Description

technical field [0001] The invention relates to a rubber tree healing nutrient. Background technique [0002] The strength or weakness of a country determines the four major industries of steel, rubber, coal and oil. Rubber is one of the important materials for war preparation in our country. At present, my country's rubber output only accounts for 7% of the world's, while the demand accounts for more than 20%. In the world today, ammonia water is used to keep fresh natural rubber latex. Ammonia water is not only poisonous and pollutes the environment, but also reduces the quality and dry content of rubber latex, which is not conducive to industrial production. [0003] At present, my country's rubber planting area continues to expand, and rubber trees generally appear dead skin, and the rubber production gradually decreases, which eventually leads to the drying and death of rubber trees. The main reasons are: 1. The rubber tapping process is not standardized, which destro...

AI Technical Summary

Problems solved by technology

In today's world, ammonia water is used to preserve the freshness of natural rubber latex. Ammonia water is not only poisonous and pollutes the environment, but also reduces the quality and dry content of rubber latex, which is not conducive to industrial production.

[0003] At present, my country's rubber planting area continues to expand, and rubber trees generally have dead skin, and the rubber production gradually decreases, which eventually leads to the drying and death of rubber trees.

The main reasons are: 1. The rubber tapping process is not standardized, which destroys the cambium of the rubber tree and seriously hinders the growth and development of the tree; If no effective measures are taken, not only the output will be reduced, but also dead skin will be caused, which will make the rubber tree prematurely senile and shorten the life cycle of the rubber tree