Dyeing Polyester and Spandex Techniques and Considerations Dyeing fabrics is an essential part of th
The Art of Tie-Dye Shirts with Flannel A DIY Adventure In recent years, the resurgence of tie-dye ha
Exploring the Versatility of Polyester Knit Fabric Polyester knit fabric is a remarkable material th
Polyester is a synthetic fiber that is popular in the textile industry due to its durability and ver
Black scrim fabric is a versatile material that has found its place in various industries, from thea
The Timeless Appeal of Linen Look Cotton Fabric In the world of textiles, few fabrics evoke the sens
The Dynamics of 1% Cotton Fabric Pricing Understanding Costs and Market Trends Cotton fabric has lon
Exploring the Versatility of Poly Cotton Woven Fabric Poly cotton woven fabric is a popular textile
The Charm of Retro Flannel A Nostalgic Fashion Trend Flannel shirts have long been synonymous with c
The Allure of Tiger Cotton Fabric Tiger cotton fabric, a unique and vibrant textile, has captured th
ocm suiting shirting .
What is Flannel Fleece Made Of? Flannel fleece, a fabric celebrated for its softness and warmth, has
The Versatility and Benefits of 4-Way Stretch Spandex In the ever-evolving world of fashion and acti
Flame retardant fabrics are generally used in bedding, curtain fabrics, protective clothing, children's pajamas, cushioned seats, furniture fabrics and coverings, mattresses, decorative fabrics, etc. The application range is relatively wide. According to cost and usage requirements, products Divided into one-time flame retardant and permanent flame retardant.
The shaping of semi-finished products must be carried out according to the original design process. Generally speaking, the shaping width is about 3% to 5% wider than the finished width, and the warp shrinkage is controlled within the shrinkage required by the finished product. The elongation of the patch is equal to the enlargement ratio during the tracing. If it is a single-sided knitted fabric, it is also necessary to control the paddle cutting edge and the optimal twist to reduce the printing weft caused by twist. The width of the pulp edge is about 1 cm, and the pulp is broken. It should not be too thin or too thick. Too thin will not play the role it should play, and too thick will affect the printing effect near the edge of the cloth. Pigment printing will increase the weight per square meter of the fabric due to the solid slurry remaining on the surface of the fabric. Therefore, under the conditions of suitable width and shrinkage, the weight per square meter can be lighter.