Preparing method of copper ion modified polyester staple fiber antibacterial glove

Abstract

The invention discloses a preparing method of a copper ion modified polyester staple fiber antibacterial glove. The glove is formed by mixing and knitting yarns including copper ion modified polyesterstaple fiber pure yarn, polyester-wrapped spandex wrap yarn and elastic yarn. A cuff of the knitted glove is closed up through a knitted rib weave, hot melting, binding and integral forming are conducted through a fuse machine at the temperature of 140-200 DEG C, and the finished product is obtained. The preparing method is simple in process, large-scale automatic production can be realized, andthe glove is good in antibacterial performance, has high elasticity, is comfortable and convenient to wear and can be widely applied by employees in the medical industry and the like.

Description

technical field [0001] The invention belongs to the field of medical gloves, and in particular relates to a preparation method of copper ion modified polyester staple fiber antibacterial gloves. Background technique [0002] With the acceleration of the pace of life, the increase of work pressure and the increasingly severe environmental problems, various infectious diseases are prevalent, posing a serious threat to people's health. Cutting off the spread of infectious diseases is an effective way to solve this problem. At present, various infectious diseases are transmitted through the air or contact, and contact is the main channel of disease transmission. In order to avoid the spread of germs through contact, disposable gloves are used in medical treatment, medicine, health protection, etc. Medical gloves are one of many disposable gloves. They are generally disinfected before leaving the factory. However, it often takes a certain amount of time from the time the gloves ...

AI Technical Summary

Problems solved by technology

Medical gloves are one of many disposable gloves. They are generally disinfected before leaving the factory. However, it often takes a certain amount of time from the time the gloves leave the factory to the doctor's use. How to effectively antibacterially treat the gloves to prolong the antibacterial time , is a technical problem that has been continuously explored in this field

[0003] Existing medical gloves are mainly made of materials such as latex, silica gel, and PVC plastics. These materials have poor comprehensive properties and are easy to adhere to the skin of the hand when worn. The friction force is large, and it is inconvenient to use. Substances that can easily cause allergic skin reactions

In addition, because the substance of the glove itself is the nutrient component of bacteria, it is easy to cause the growth and reproduction of bacteria or microorganisms, which increases the risk of infection for doctors and patients

In order to solve this problem, in the prior art, a certain amount of antibacterial substances or components are generally added to the glove matrix, but these substances themselves have poor compatibility with the glove matrix material, are easy to dissolve, and the antibacterial time is limited, or their own antibacterial ability Not strong enough to effectively inhibit various pathogens

Some antibacterial substances are highly toxic and potentially harmful to the human body