Compound enzyme wool fiber impurity removal agent

Abstract

The invention discloses a compound enzyme wool fiber impurity removal agent. The compound enzyme wool fiber impurity removal agent comprises the following components in parts by volume: a component A:100 parts of compound enzyme, 10-15 parts of a stabilizer, 2-7 parts of a penetrant, 5-9 parts of a chelating agent, 20-30 parts of coconut oleoyle monoethanolamine, and 10-18 parts of fatty alcoholsulfate; and a component B: 40-60 parts of aspergillic protease, 30-50 parts of cutinase, 10-17 parts of phytic acid, and 10-15 parts of a stabilizer. The invention further provides a use method of the compound enzyme wool fiber impurity removal agent. The impurity removal agent can effectively remove the wool fat and smoits in the raw wool, the impurity removal efficiency is high, and the effectis good. In addition, the compound enzyme wool fiber impurity removal agent is excellent in stability and has a relatively long service life.

Description

technical field [0001] The invention relates to the field of textile auxiliaries, in particular to a composite enzyme wool fiber impurity remover. Background technique [0002] In the process of sheep production, due to the relationship between the breeding environment, the wool contains a lot of mineral and vegetable impurities, such as sand, grass, etc.; in addition, the wool will also be attached to the sweat and oil excreted by the sheep during the growth process. , skin flakes or feces, etc. Therefore, raw wool needs to be scoured before textile processing to remove impurities, and the quality of scoured wool has a significant impact on subsequent processing. The content of residual pollutants on the surface of scoured wool will affect the whiteness, dyeing performance and drafting and spinning performance of scoured wool; the looseness and damage of scoured wool will affect the carding, spinning and weaving performance of scoured wool. [0003] The key step in the wo...

AI Technical Summary

Problems solved by technology

However, this method is easy to damage the wool structure, and the large water consumption is easy to cause pollution, and the cleaning effect is limited

[0004] Most of the vegetable impurities in wool are tightly entangled with wool and are difficult to remove. If the vegetable impurities are not removed cleanly, it will cause troubles in many processes, such as uneven yarn dryness and increased end breakage during spinning; No color absorption during dyeing, causing dyeing defects and affecting the appearance quality of finished products