How To Solve The Problem Of Static Electricity in Nonwovens?

With the continuous development of the production technology of non-woven fabrics, it has gradually become a new generation of environmentally friendly materials. And other characteristics, are used in medical, home textiles, clothing, industry, military and other fields. Compared with woven fabrics, the moisture regain of non-woven fabrics is generally lower, and static electricity is easily generated during production and use.
Spark points from static electricity can cause some flammable materials to explode. When wearing nylon or woolen clothes in dry weather, there will be sparks and static noises, which are basically harmless to the human body, but on the operating table, electric sparks will cause the expansion of anesthetics, which will harm doctors and patients.
In order to solve this problem and make nonwoven fabrics more widely used in the market, many institutions in my country have developed an antistatic finishing agent for nonwoven fabrics, so that nonwoven fabrics can obtain excellent antistatic effects and reduce static electricity. harm caused.
Antistatic finishing agent is a non-ionic antistatic finishing agent composed of modified organic phosphate compounds. It can be processed in the same bath with three antistatic finishing agents to make nonwovens obtain antistatic, antialcohol, and antiplasma effects.
After the non-woven fabric is finished with an antistatic finishing agent, it can obtain excellent antistatic effect, reduce the static charge and half-life in production and use, reduce the generation of static electricity in the process of fabric cutting and sewing, and reduce the static electricity in the process of wearing or displaying garments. The accumulation of static electricity has little effect on the feel of the fabric, and can maximize the original characteristics of the fabric.