Polyester Staple Fiber HCS 7D 64mm, HCS 15D 64mm, HCS fiber, Recycled Hollow Conjugate Fiber from China, Korea, Malaysia, Vietnam, Thailand, Indonesia
Paper Yarn Paper yarn is cut into long, narrow ribbon-like strips, which are twisted on a spinning wheel, then woven like silk or cotton, traditionally on a handloom. For the warp and the weft of this paper fabric, there are cases in which silk or cotton is used for the warp, but when woven, there…
What are acrylic fibers? Acrylic is another man-made fiber where development in Germany paralleled that in the USA. In Germany, it came on the scene in 1942 and, since 1954, has been manufactured on a large scale by Bayer as the first producer in Europe. 75% of acrylic fiber is used in apparel, 20% in…
What is ES fiber? ES is the short form of “Ethylene-Propylene Side By Side,” a kind of eye-catching polyolefin fiber developed by Japan’s Chisso Company. As a kind of new hot junction complex fiber, ES fiber is thought highly of in the world. After heat treatment, ES fiber was joined together, forming a non-woven mold….
What is Air Through Bonding Nonwoven? Air-Through Bonding (ATB) is a highly specialized thermal bonding technique that produces nonwoven textiles with unique performance properties. It is renowned for its exact control over heat application. In order to establish web integrity, ATB, a particular kind of thermal bonding, applies hot air to a nonwoven fabric’s surface….
What is Air Through Bonding Nonwoven? Air-through bonding nonwoven fabrics are a type of nonwoven fabric created through a thermal bonding process where hot air is used to bond the fibers together. This method is known for producing soft, bulky, and breathable fabrics, making it ideal for applications that require comfort and air permeability. Here’s…
Spunmelt Nonwoven Nonwovens are made by extruding one or more polymers, like PP, PE, or PLA, into filaments. These filaments are then formed into a web through a thermal process. Our facilities have the largest spunmelt bicomponent capacity in the world. We offer many colors, bonding patterns, and properties. Our SSMMS fabric is designed for…
Economic & Industrial Outlook for Spunlace Nonwoven Fabrics Introduction The global textile industry is undergoing a major transformation, driven by rising consumer demand for sustainability, hygiene, and cost-effective materials. Among the many textile categories, spunlace nonwoven fabrics have gained significant momentum recently due to their unique combination of performance, versatility, and environmental friendliness. As governments…
Guidelines for Selection & Quality Control of Spunlace Nonwoven Fabrics Introduction As the demand for spunlace nonwoven fabrics continues to rise across industries such as healthcare, hygiene, household cleaning, automotive, agriculture, and packaging, buyers are faced with a critical challenge: how to choose the right spunlace fabric and ensure consistent quality. The market offers a wide…
Material Innovation & Future Trends in Spunlace Nonwoven Fabric Introduction Textiles have always been central to human progress, but the expectations placed on fabrics in the 21st century go far beyond appearance or basic functionality. Today, materials must deliver performance, safety, comfort, and sustainability—all while being adaptable to fast-changing global needs. Among modern nonwoven fabrics,…
Applications of Spunlace Nonwoven Fabric Across Industries Introduction Modern industries are increasingly looking for materials that are versatile, cost-effective, durable, and eco-friendly. Traditional woven textiles, while strong and familiar, often fail to meet the speed, affordability, and sustainability demands of today’s world. This is where spunlace nonwoven fabric stands out. Created through hydroentanglement technology, spunlace combines…
