Usually used as padding/filling material of cushions, bedding, sofas, etc.
Specification:
size(denier):3D 7D 15D 30D
length(mm):28mm -152mm
Category: Chemical Fiber
Usage: Garment, Industrial, Home Textile, Army, Bag, Shoes, Tent and Awning
Grade: Recycled
Transport Package: PP Bales
Fiber Type: Staple
Material: Pet
Feature: Heat-Resistant, Anti-Static, Anti-Distortion, Flame Retardant, Abrasion-Resistant, Anti-Pilling
Shape: Rayon

About Us:

We are a leading supplier of polyester staple fiber based in Viet Nam. With a strong presence in both the domestic and international markets, we can supply various types of PSF, both recycled and virgin grades.

Our product offerings include a range of hollow conjugated polyester staple fiber (white, brown, green), as well as solid, conjugate, and siliconized fibers ranging from 3D to 15D. We also have microfiber, with sizes ranging from 0.9D to 1.4D and cut lengths from 25mm to 32mm. Our fibers are primarily utilized in the production of non-woven fabrics and spinning yarns, and are in high demand in European and South American markets.

We adhere to international quality standards and pride ourselves on delivering products that are well-received across various global markets. Our state-of-the-art facilities and stringent quality control measures ensure that we consistently meet and exceed customer expectations.

If you are interested in knowing more about our products, please do not hesitate to reach out to us. We welcome the opportunity to establish mutually beneficial partnerships with new clients worldwide. Thank you for considering us.

Staple fiber production process

The base material, which comes in chips, is melted in an extruder before being quantified in a gear pump and transferred to a nozzle. Polymers that pass through the nozzle are cooled and solidified in a spinning tank, and end up in a fiber form (semi-finished product). Fiber released from multiple spinning tanks is lubricated and gathered before being wound by a gear wheel and placed in cans. Fiber placed in cans is given various properties through a stretching process, in which fiber is stretched at various roller speeds designed to endow different degrees of rigidity and elasticity.

The fiber is again lubricated for enhanced quality and to facilitate the processes that follow. A crimping process takes place to give the fiber various properties, including bulk and mixability. Moisture and lubricant on the fiber is dried off in a heat dryer. The fiber is then cut into required lengths and end up in a bale form. The fiber is then compressed, packaged, and stored for factory release when ordered.