Textile Industry

Textile Industry Solutions with Met Advanced Technology Microwave Ovens

The first concept of microwave irradiation for textile finishing techniques appeared in the 1970s, when cellulose fabric was treated with long Durable Press (DP) finishing agents and baked in a microwave oven. So far, microwave irradiation for textile finishing has also been used for mixed sizing, scouring and bleaching processes, dyeing, printing and drying techniques. For example, surface modification of cotton and rayon fabrics, which is usually done by plasma treatment, enzymes, Nano coating etc., but recently microwave technology has also been used to do this modification. Nagaraj said that research work with this microwave radiation method has been done on wool and polyester. After treatment, these tissues show improvement of properties such as, for example, color capacity, fatigue, shading fastness, washing speed, shading efficiency of coloring, fixation, breaking stress, orientation angle. This microwave radiation is likewise utilized as a part of the preparation e-control. This microwave radiation is a monetary and eco friendly process that contradicts with the consistent compound completion procedure. Consequently, the utilization of microwave energy is increasing in the textile industry. It is more efficient than conventional methods. It saves time and cost. If necessary studies are done by universities, this system can be further developed and can be used in many more fields such as textiles.

The industrial microwave textile sector involves the use of microwaves for various applications in the textile industry. Microwaves are a type of electromagnetic radiation with wavelengths ranging from about one millimeter to one meter. In the textile industry, microwaves are used for various purposes such as drying, curing and sterilization. One of the common applications of microwaves in the textile industry is the drying of textiles such as clothing, towels and bedding. Microwaves can be used to dry textiles quickly and efficiently because they can penetrate the material and generate heat through a process called dielectric heating. This happens when microwaves cause molecules in the material to vibrate and generate heat. The depth of penetration and the amount of heat generated depend on the frequency of the microwaves and the electrical properties of the material. Other applications of microwaves in the textile industry include curing and sterilization. Microwaves can be used to cure coatings or adhesives on textiles and can also be used to sterilize textiles such as medical or protective clothing. The textile sector is a growing field with increasing demand for efficient and effective processing technologies. Industrial microwave systems are designed to be efficient, reliable and easy to maintain and can be used in both batch and continuous processing applications.