white polyester fiber

Recycled Conjugated Fiber 3D×64mm non siliconized Non Fluorescent Definition: Hollow conjugated polyester fiber is a kind of hollow fiver with high hollow structure which reduces the weight of the filling and contains a lot of air inside the fiber so that the filling is light and warm. Hollow conjugated can be applied in the textile industry for fabrics, home textiles, thermal insulation materials, outdoor equipment, and more. Features: Anti-Bacteria, Anti-Static, Flame Retardant

Virgin Low Melt Fiber 2D×51mm Low Melting Polyester Staple Fiber 110℃ White Definition: LMF or Low melt staple fiber is a fiber which is produced by using polyester and modified polyester to spin simultaneously. It has a lower melting point from 90 degrees to 220 degrees. 110℃ LMF is the most common in the market. When heated to 110-150 ℃, the sheath layer can melt and generate a sheath-core or side-by-side structure. Low melt polyester staple fiber (LMF) is also called 4080

Product Description: Polyester Staple Fiber is a versatile and durable synthetic textile fiber that offers a wide range of benefits for various industries. One of the key attributes of this product is its high shrinkage resistance, making it an ideal choice for applications where dimensional stability is crucial. The high shrinkage resistance of polyester staple fiber ensures that products made from this material maintain their shape and size even after multiple washes and

Product Description: The Hollow Conjugated Polyester Staple Fiber is a versatile and high-quality material that is ideal for various applications, especially in the textile industry. Made from polyester, this fiber filling offers excellent durability, strength, and resilience, making it a popular choice for a wide range of products. One of the key features of this polyester fiber is its non-siliconized finishing, which enhances its performance and longevity. The non

High Quality Virgin Low Melt Polyester Staple Fiber 4D×51mm For Padding White​ Definition: LMF or Low melt staple fiber is a fiber which is produced by using polyester and modified polyester to spin simultaneously. It has a lower melting point from 90 degrees to 220 degrees. 110℃ LMF is the most common in the market. When heated to 110-150 ℃, the sheath layer can melt and generate a sheath-core or side-by-side structure. Low melt polyester staple fiber (LMF) is also called

110℃ White Virgin Low Melt Point Fiber For Automobile Industries Definition: LMF or Low melt staple fiber is a fiber which is produced by using polyester and modified polyester to spin simultaneously. It has a lower melting point from 90 degrees to 220 degrees. 110℃ LMF is the most common in the market. When heated to 110-150 ℃, the sheath layer can melt and generate a sheath-core or side-by-side structure. Low melt polyester staple fiber (LMF) is also called 4080 or hot-melt

Hollow Conjugated Staple Fiber Recycled Coiled Coil 15D×64mm White Definition: Flame Retardant Fibers is specially designed which is made directly from PTA and MEG or PET Chips or from PET/ Polyester waste and recycled PET bottles. This fiber has made from modified polyester and it can be used in different applications that require flame retardancy, for example: protective clothing, curtains, and upholstery. The Flame Retardant Fiber is produced using a very unique technique

Excellent Matrix Stability Virgin Low Melt Point 2D×51mm 110℃ White​ Definition: LMF or Low melt staple fiber is a fiber which is produced by using polyester and modified polyester to spin simultaneously. It has a lower melting point from 90 degrees to 220 degrees. 110℃ LMF is the most common in the market. When heated to 110-150 ℃, the sheath layer can melt and generate a sheath-core or side-by-side structure. Low melt polyester staple fiber (LMF) is also called 4080 or hot

Hydrophilic Polyester Fiber Hydrophilic Solid Staple Fiber 4D×51mm Hydrophilic PSF For Hot Air Non-Woven Fabrics Definition: Hydrophilic fibers refer to fibers that can absorb water as well as dampness, making them helpful for materials that require moisture management, for example, athletic and execution wear. The chemical composition and physical structure of hydrophilic fibers, which can be natural or synthetic, are what give them the capacity to absorb moisture. This