What is the type of velveteen fabric

Ordinary velveteen series: Ordinary velveteen is made of double-width staggered plain weave, the bottom warp and velvet warp are arranged at intervals, and weave the weft at the same time, and then cut the pile. These warp and weft yarns can be selected from single yarns or multiple strands to weave into velour and velour. It can be woven into various specifications with different denier. Through a variety of different arrangements and combinations, you can produce a variety of different specifications of pure cotton velveteen products. Changes in composition specifications cause corresponding changes in the thickness, feel and weight per square meter of the fabric, and affect a series of processes, such as dyeing and printing speed and pretreatment. Even the equipment is not universal.

Weft velveteen series: ordinary velvet structure, due to the many intersections of warp and weft, the fabric is tight and feels tight. The weft yarn is replaced with two heavy weft yarns, and one weft yarn is interwoven with the warp yarns to obtain a heavy pile. By selecting different denier warp and weft yarns to weave different warp and weft densities and widths, we can also develop many different weft weight series velveteen. The feel becomes softer as the weft velveteen's warp and weft's weave points decrease. The soft structure is prone to wrinkles during dyeing and finishing. Therefore, the dyeing and finishing of the weft velveteen must take corresponding measures to prevent wrinkling. In addition, since weft yarns are added to the weft-weighted velveteen structure, the number of pile warp yarns on the pile surface is relatively reduced, and the pile becomes sparse and easily exposed. For this product, it is necessary to strengthen brushing and other treatments after finishing to make the fluffy and pour it on one side to cover the primping phenomenon and add the smoothness and fullness of the suede.

Multi-fiber interwoven velvet velvet series: glitter velvet In the structure of ordinary velvet, ordinary viscose and other recycled fibers are selected as velvet warp threads to form glitter velvet. Since the surface of these regenerated fibers is smooth and clean, it is easy to reflect light in the same direction and shine brightly. In addition, the internal microstructure has less crystal area and a higher coloration rate. After printing and dyeing, the color is very bright and becomes velveteen. Since the surface of the regenerated fiber is smooth, the frictional resistance between the nodes interlaced with the weft is small. When used in clothing, these fluff easily comes off during wearing. Therefore, glitter velvet is usually only suitable for curtains, curtains and other decorations. It is rarely used for clothing.

Snow flannel: ordinary flannel and weft heavy flannel can be made into snowflake flannel. The velvet warp yarn is made of polyester cotton blended yarn. The polyester component is not dyed during the dyeing process. The polyester fiber in the suede leather remains white and is evenly mixed on the surface. In the dyed gloss, the effect is like a snowflake. The dyeing and finishing of snowflake velvet can be carried out in accordance with the process of ordinary pure cotton velvet.

Spacer flannel: If the velvet warp is regularly separated from pure cotton and recycled fibers, and the appropriate width is selected, then various different specifications of spacer flannel are woven. Due to the different dyeing speeds of cotton and regenerated fibers, although the dyeing process is the same as that of ordinary pure cotton velvet, two completely different dyeing effects can be obtained, just like sewing and sewing with two different fabrics.

Insert velveteen: In the cotton velveteen warp, weave several polyester filaments appropriately to make an embedded velveteen. These polyester filaments may be green white or dyed. Because these polyester yarns have excellent color fastness, they do not interfere with each other throughout the velveteen dyeing and finishing process. Various lines appear on the velveteen surface.