In the textile processing, yarn tension is a very important parameter. The magnitude and stability of tension are directly related to product quality, production efficiency, and the smooth progress of…
The jigger machine in textile is a dyeing machine suitable for dyeing woven fabrics made of cotton or polyester. In the jigger dyeing process, the cloth-collecting roller is used as…
Tenderer Established in 1984, Kumaraguru College of Technology (KCT) is a private engineering college run by the Ramanandha Adigalar Foundation, a Sakthi Group charitable educational trust. Located on a 156-acre…
For cotton fiber testing, there are 6-items of cotton fiber properties as below, which should be checked normally: 1. Length 2. Maturity (Micronaire value) 3. Moisture 4. Strength 5. trash…
The coefficient of friction tester is a measuring instrument used to measure the static and dynamic friction coefficients of materials such as plastic films and sheets, rubber, paper, cardboard, woven…
Tenderer Bangladesh Handloom Board was established in January 1978 by the Government of Bangladesh. It is managed by the Ministry of Textiles and Jute. It is a government owned and…
In addition to the winding test, size test and breakage length and elongation at break test mentioned in the part 1, the general inspection process of raw silk also includes…
The GA193-1000 Automatic Single Yarn Warping Machine is used to test product samples, weaving samples, and small batch textiles. It is appropriate for textile lab research and sample development, as well as for sample making and product development in a variety of sectors such as wool spinning, cotton spinning, chemical fiber, silk, towel, home textiles, and so on.
During the wearing process, clothes are constantly subjected to friction, causing the fiber ends on the surface of the fabric to be pulled, belted, hooked, and pulled out, and the…
The testing items in the textile testing laboratory are divided into fiber testing, yarn testing, and fabric testing according to material classification. In the following content, we will introduce the…