polyester staple fibers

Flame Retardant Viscose Fiber 4.44D×64mm Fire Retardant Staple Fiber Virgin 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

Conductive Polyester Staple Fiber PSF White Conductive Polyester Fiber PSF 2.2D - 2.5D 109Ω/cm Definition: Conductive polyester fiber is a kind of Polyester based staple fibers in which fiber consists of carbon particles embedded in the surface of polyester Fiber. This kind of fibers when blended with regular fibers, it confers static conductivity to textile fabrics. Usually, although not exclusively, manufactured using non-woven technology. The graphene conductive polyester

A Grade Recycled Hollow Conjugated Flame Retardant Fiber 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

15D×64mm Recycled Hollow Conjugated Flame Retardant Fiber For Non Woven 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

Flame Retardant Recycled Fiber Flame Retardant Recycled PSF Fire Retardant Polyester Staple Fibre 8D×64mm Black 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

Fireproof Hollow Fiber Flame Retardant Black Hollow Staple Fiber 8D * 51mm 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

Far Infrared Fiber 3D×51mm Far Infrared Functional Staple Fiber White Definition: Far Infrared Fiber (FIR) fibers possess the unique ability to convert absorbed energy into the emission of FIR rays. These fibers are typically derived from traditional materials but have been enhanced through the incorporation of a substance with suitable electromagnetic absorption and emission properties. Far Infrared Thermal Fabric, for instance, is created using ceramic nanoparticles that

Product Description: With a fineness of 6067 Denier and a solid shape, our Polyester Staple Fiber is ideal for creating strong, durable non-woven fabrics that can withstand even the most demanding applications. And with an oil content of just 0.15%, you can be confident that our Polyester Staple Fiber will provide the consistent performance you need to meet your production goals. But our Polyester Staple Fiber isn't just strong and reliable - it's also fire retardant, making

Product Description: Dope Dyed Polyester Staple Fiber is a versatile and high-quality material that is widely used in the textile industry. This particular product is a lightweight fiber with a denier ranging from 0.9 to 25, making it suitable for a variety of applications. One of the key attributes of this product is its high durability, ensuring that the end products made from this fiber are long-lasting and able to withstand wear and tear. The high durability of this fiber