Printing and dyeing production process of dustproof yarn

Abstract

The invention discloses a printing and dyeing production process of dustproof yarn, relates to the field of textiles, and aims to achieve the purpose of improving the dyeing effect of the dustproof yarn. The process is technically characterized by comprising the steps of (1) preparation of a conductive fiber yarn core, wherein polyester fiber is provided, and the surface of the polyester fiber isplated with copper by means of a chemical plating method to serve as the conductive fiber yarn core; (2) coating of the fiber; (3) singeing; (4) mercerizing treatment; (5) prefabricating of a dyeing agent; (6) ionized adsorption, wherein skein is arranged in an ionization chamber and positively charged or grounded, the prepared dyeing agent is led into an electrostatic sprayer, and high-voltage negative electricity is connected with a metal current guide pipe on a nozzle of the electrostatic sprayer, so that the sprayed dyeing agent is adsorbed on the skein; (7) drying; (8) forming. By utilizing the printing and dyeing production process of the dustproof yarn for ionized adsorption of the dyeing agent, the adhesion effect is good, and no pollutant can be generated.

Description

technical field

[0001] The invention relates to the field of yarn printing and dyeing, more specifically, it relates to a printing and dyeing production process of dust-proof yarn. Background technique

[0002] With the rapid development of the economy and society, the development of textile technology is also changing with each passing day, and new products of various functional yarns and fabrics are continuously introduced. Due to the addition of corresponding functional raw materials and the use of different textile technologies, these products also endow It has various special functions of the product, such as fabrics with conductive properties, which can prevent clothes from absorbing a large amount of dust. Today, this conductive fabric has been widely used in industrial clean rooms and biological clean rooms, such as semiconductors and optical instruments. , precision electronic instruments and special surgery wards, food, brewing and other industries that require a c...