Wet tissue material capable of being broken through flushing and production method thereof

Abstract

The invention discloses a wet tissue material capable of being broken through flushing and a production method thereof. The wet tissue material is produced from viscose rayon, wood pulp cellulose and ES fiber as raw materials and through steps of a wet-process netting process, a hot-air treating process and a hot rolling process. The wet tissue material is prepared with a papermaking technology as a base and is prepared through non-weaving technologies, such as the wet-process netting process and the like. The wet tissue material, besides characteristics of common wet tissue, also is quick to produce, is large in yield, is constant in quantitation of fiber nets, is light and thin, is degradable and is capable of being broken through flushing.

Description

technical field [0001] The invention relates to a flushable wet tissue material and a production method thereof. Background technique [0002] With the rapid development of the economic level, people's pursuit of quality of life is increasing, and non-woven materials for hygiene are developing towards green environmental protection. In recent years, due to the simple production process of identification and performance testing of bamboo pulp fiber and viscose fiber in non-woven materials, and the unique and changeable product structure, it has been widely used in hygienic materials. With the global green environmental protection products Promotion and development, non-woven sanitary materials are also facing a new round of innovation, and degradable and flushable non-woven materials have emerged as the times require. Additionally, researchers at California Berkeley found that 96 percent of sewer blockages were caused by things like non-flushable wipes. The post-use treatme...

AI Technical Summary

Problems solved by technology

Additionally, California Berkeley researchers found that 96 percent of sewer blockages are caused by things like non-flushable wipes

The post-use treatment of these disposable wiping materials has received extensive attention. Traditional landfill and incineration methods will aggravate environmental pollution. Solving the problem of disposal of disposable materials through drainage systems has become the direction of industry research.

Although foreign countries have begun to use the flushable wiping materials produced by non-woven technology, the products are not ideal and cannot really achieve the flushable effect. In some cases, there will be long dispersion time and low wet strength. situation

Dry-laid spunlaced nonwovens widely used at present cannot meet the requirements