Polyester Staple Fiber (PSF) is somewhat Polyester Fiber made directly from PTA and MEG or PET Chips or from Recycled PET Bottle Flakes. PSF produced using PTA and MEG or PET Chips is known as Virgin PSF and PSF produced using Recycled PET Flakes is called Recycled PSF. 100% virgin PSF is typically unreasonable than recycled PSF and is also more hygienic. Polyester Staple Fiber is generally used in spinning, weaving non-woven.
PSF is mainly used for fiber fillings in cushions and sofa. It is also used generally in spinning to make Polyester Spun Yarn which is then knitted or weaved into fabrics. PSF is mainly classified Solid and Hollow Polyester staple fiber. Hollow PSF can also have a few properties like Conjugated, Siliconized, Slick and Dry PSF. These properties are normally represented to as HSC (Hollow Conjugated Siliconized), HCNS (Hollow Conjugate Non-Siliconized) or Slick PSF that has a smooth finish. Depending upon the lustre, PSF can be classified as Semi Dull and Bright. By mixing color master-batch, dope dyed PSF can also be obtained in Optical White, Black and a several colors.
Polyester Staple Fiber is available in various Deniers with various cut-lengths. It is mainly available in 1.4D, 1.5D, 3D, 6D, 7D, 15D and cut lengths like 32mm, 38mm, 44mm, 64mm. PSF is mainly produced in India, China, Taiwna, Indonesia, Vietnam, Malaysia, and Korea. We can supply you best quality Polyester Staple Fiber from manufacturers and suppliers in India, China, Taiwan, Indonesia, Vietnam, Malaysia and Korea.
Type | Denier |
Virgin Solid SD RW | 1.2, 1.4, 1.5 |
Virgin Solid SD Dope Dyed Black | 1.2, 1.4, 1.5 |
Virgin Hollow Conjugate Silicone | 6D – 15D |
Virgin Hollow Conjugate Non-Silicone | 6D – 15D |
Recycle Solid SD RW | 1.4 – 15D |
Recycle Solid SD Black | 1.4 – 15D |
Recycle Solid SD Dope Dyed Colors | 1.4 – 15D |
Recycle Hollow Conjugate Silicone | 6D – 15D |
Recycle Hollow Conjugate Non-Silicone | 6D – 15D |
Semi Virgin Hollow Silicone | 6D – 15D |
Semi Virgin Hollow Non-Silicone | 6D – 15D |
Low Melt Fiber | 4D |