Ecological Environment-protection type coating for processing seed and plant stem and root

Abstract

The present invention relates to an ecological environment-protecting type coating for treating seed and plant root and stem. Said coating contains film-forming agent and colouring agent. It is characterized by that it also contains porous inorganic material capable of enriching oxygen gas or also contains porous inorganic material capable of enriching oxygen gas and inorganic material capable of releasing negative ions or also contains porous inorganic material capable of enriching oxygen gas and natural macromolecular metal coordination compound capable of adsorbing oxygen gas or also contains porous inorganic material capable of enriching oxygen gas, inorganic material capable of releasing negative ions and natural macromolecular metal coordination compound capable of adsorbing oxygen gas, in which the oxygen-enriching porous inorganic material content is 50%-90%, and the contents of inorganic material capable of releasing negative ions and natural macromolecular metal coordination compound capable of adsorbing oxygen gas are respectively 1-20%. Said coating can improve seed and plant root and stem growth microenvironment, can promote health growth of seed embryo and can raise disease resistance of seed.

Description

technical field

[0001] The invention relates to an eco-environmental coating for treating seeds and plant rhizomes, more specifically, an eco-environmental coating capable of improving the growth microenvironment of seeds and plant rhizomes. Background technique

[0002] The most common agricultural coatings are seed coatings. It is a compound preparation with film-forming properties for coating crop seeds or other plant seeds. It is usually made of agricultural active ingredients (insecticides, fungicides, etc.), film-forming agents, pigments or other additives, which can be directly or diluted and coated on the surface of seeds to form a protective film with certain strength and permeability . After treatment with it, it can promote seed germination, strengthen plants, prevent diseases, and increase crop production. However, the currently developed seed coatings have paid little attention to the role of oxygen in the seed coatings. As we all know, oxygen is a necessary...