Water-based leather sterilizing mould inhibitor

Abstract

The invention discloses water-based leather sterilizing mould inhibitor. The technical scheme of the invention has the key point that the water-based leather sterilizing mould inhibitor consists of deionized water, dodecyldimethylbenzylammonium chloride, isothiazolinone, T-60, methylparaben and propylparaben. Components of the water-based leather sterilizing mould inhibitor are added into a stirrer for stirring and dissolving, and then the mixture is canned to form a finished product of the water-based leather sterilizing mould inhibitor after even stirring and dissolution. The water-based leather sterilizing mould inhibitor can inhibit the synthesis of protein, solidify bacteria, inhibit the synthesis of ergot catalpol fungi to inactivate mould, block the metabolism of the mould, and inhibit spore production or spore germination. The water-based leather sterilizing mould inhibitor has good compounding property and improves the effects of sterilization and mould inhibition. A finished product made of leather treated by using the water-based leather sterilizing mould inhibitor has no stimulation to the skin, and is safe and reliable to use; and the water-based leather sterilizing mould inhibitor is suitable for sterilization and mould inhibition of the leather.

Description

technical field [0001] The invention relates to a bactericidal and antifungal agent, in particular to a water-based leather bactericidal and antifungal agent. Background technique [0002] The raw hides and skins used in tanning production are rich in nutrients such as protein and fat, and are very vulnerable to the invasion of microorganisms during preservation. Although the processed leather has increased resistance to microorganisms, mildew will still occur, especially the introduction of a large amount of fatliquor produced from natural oils in the leather production process, which is also a breeding ground for microorganisms to multiply. [0003] The porosity and polar structure of the leather structure make it easy to absorb moisture, and the leather is acidic. The above reasons constitute the basic conditions for mold. White, blue, yellow and black colonies or stains will appear on moldy leather products, and the mold on the surface will develop into the leather at t...

AI Technical Summary

Problems solved by technology

[0006] Existing industrial antifungal agents are not ideal for antifungal treatment of leather products. Only compound antifungal agents can be used to compound synergistic effects to make products both antiseptic and antifungal.