- Polypropylene spinning machine
- Polypropylene FDY equipment
- Polyester POY spinning machine
- Polyamide FDY common and high strength equipment
- Polyester FDY equipment
- Polyester high strength equipment
- polyester、Polyamide、 Polypropylene BCF equipment
- Small spinning machine
- All kinds of spinning special parts
- When Xiang embroidery meets cheongsam, the two intangible cultural heritages join hands, and the rise of national trends brings a new narrative of Chinese aesthetics to the textile industry
- In modern textile industry, the polypropylene FDY spinning machine, as the core equipment for producing high-quality fully drawn filaments, has attracted much attention for its exquisite design and stable performance.
- Exploring the Polypropylene FDY Spinning Machine: The Precision Partner That Endows Fibers with Outstanding Performance
- Fubang Chemical Fiber Machinery wishes you and your family a happy National Day and Mid-Autumn Festival, and a smooth and prosperous future!
- The Textile Section Series of activities of the 2025 Lingnan Science and Technology Innovation Forum will be held in Jiangmen
- Polypropylene spinning machine: An efficient core equipment for fiber forming

- Contact:Mr. Huang Guofu
- Cel:0086-13901505556
- Fax:0086-519-83341119
- Email:czfb5556@126.com
- Add:No. 288-8 ChangLi Rd, Huangli Town, Changzhou, JS PRV.
1. Chemical modification of polyester POY spinning. The so-called chemical modification technology refers to the use of meta-acid in the polymerization process or the addition of the third component, polymerization to obtain low crystallization rate of chemical modified polyester, high-speed spinning line fiber orientation and crystallization development is reduced. The purpose of chemical modification is to reduce the molecular weight of molecules and molecules between the molecular chain, so the need for greater stress to get the same degree of crystallinity, which is the first attempt to high-speed spinning POY silk used in a method.
2. Physical modification of polyester POY spinning. The so-called physical modification technology refers to the use of conventional polyester raw materials, through the process of improvement and mixing additives and other methods to achieve the purpose of improving the speed of polyester POY spinning, in which the role of additives and additives and polyester blends with the dispersion close relationship. An additive is added to the melt spinning to add the additive to the polymer melt.
3. Polyester POY spinning changes the melt spinning process. The method is based on the fact that 70% of the spinning stress in the high speed spun process comes from the air resistance and significantly reduces the air between the filament and the side blowing (quench air) by accelerating the side blowing to parallel with the spinning tow friction. Compared with the current side of the blowing process (side of the hair gently around the new filament) compared to the new process using the quenching gas along the axis of the beam blowing, and ultimately speed up the tow in the direction of the spinning speed.
Fubon Machinery Polyester POY spinning machine uses the most advanced technology, can maximize the spinning speed.
- When Xiang embroidery meets cheongsam, the two intangible cultural heritages join hands, a
- In modern textile industry, the polypropylene FDY spinning machine, as the core equipment
- Exploring the Polypropylene FDY Spinning Machine: The Precision Partner That Endows Fibers
- Fubang Chemical Fiber Machinery wishes you and your family a happy National Day and Mid-Au
- The Textile Section Series of activities of the 2025 Lingnan Science and Technology Innova
- Polypropylene spinning machine: An efficient core equipment for fiber forming
- Changzhou Fubon Chemical Fiber Machinery Factory Technical: The reliable choice for polypr
- Education shapes talents, and craftsmanship empowers the future. Grateful for teachers' ki
- The exchange event on the digital and intelligent transformation and development of the te
- During the White Dew season, meticulous considerations for polypropylene spinning producti