Novel nano mildew-proof medicament

Abstract

The invention discloses a novel nano mildew-proof medicament and relates to a nano mildew-proof medicament comprising nano materials: a nano zinc mildew-proof agent (SunTi-Zn.I), a nano nickel mildew-proof agent (SunTi-Ni.II) and a nano cadmium mildew-proof agent (SunTi-Ci III). All the mildew-proof agents are quickened at high energy so that nano crystals achieve super low-component degree (0.0001 to 0.0003); and the used high-molecule chemical mildew-proof agent DP (I.1amide.42), the mildew-proof agent (II.Dichloroe.th-2.2), the mildew-proof agent (VI Dicholroe.th-6.0), the mildew remover (ASM-269.12) and acyl aniline sodium (XII-0.2C6H5NHCOC6H4OH) are mixed by adding energy. The novel nano mildew-proof medicament has obvious preventing and removing effects on arisen serious mildewing, has good preventing effect on light mildewing, has the advantages of short period, obvious effect, economy, practicality and the like and has low requirements for environments. The novel nano mildew-proof medicament is suitable for storage environments in coastal humid areas and high-cold drying areas and has preventing and removing effects on aerobic mildew and anaerobic mildew.

Description

Technical field: [0001] The invention relates to a novel nano-type antifungal medicine. Background technique: [0002] Some common antifungal agents are relatively ineffective, and can only prevent mild mildew. In the case of pH>4, there is almost no effect on Aspergillus niger, Trichoderma reesei, and the general antifungal cycle is more than three years. . The requirements for the environment are relatively narrow, and it is not suitable for the humid storage environment along the coast, nor is it suitable for the storage environment in the alpine and dry area. Invention content: [0003] The purpose of the present invention is to provide a novel nano-type anti-mold drug, which can have a significant preventive effect on severe mildew that has occurred, and has a good preventive effect on mild mildew. After testing, the sterilization effect is uniform. It can reach the "I" grade anti-mildew standard. The medium and low molecular general antifungal agent produced ha...

AI Technical Summary

Problems solved by technology

[0002] Some common antifungal agents are relatively ineffective, and can only prevent mild mildew. In the case of pH>4, there is almost no effect on Aspergillus niger, Trichoderma reesei, and the general antifungal cycle is more than three years.

The requirements for the environment are relatively narrow, and it is not suitable for the humid storage environment along the coast, nor is it suitable for the storage environment in the alpine and dry area.

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