1. Frame: The water-jet loom has a high-rigidity frame structure, which can weave heavy and high-density fabrics at high speed and stability. The fabrics are of high quality and high yield. The side covers of the large wall panels and the middle wall panels are tempered to make them not deformed.
2. Shedding mechanism: flat opening, upper cam opening, dobby opening, enlarged opening link, lifting frame and other parts, using double ribs, wide-sided heavy heald frame, ensuring high-speed operation When weaving medium and thick fabrics, the warp opening is stable and reliable, and the shed is clear.
3. Weft detection mechanism: The photoelectric weft detector is composed of warp dense electronic components. If it receives an impact such as a collision, its function will be affected. The sensitive photoelectric weft detector can accurately detect from raw yarn to high-denier yarn, weft break and stop to prevent weaving defects.
4. Selvedge structure: The selvedge is rope-shaped, the selvedge is fastened, it is not easy to loosen, and there is no color difference after dyeing. Using aluminum alloy planetary gear selvedge mechanism, light weight, low vibration, suitable for high-speed operation. Nylon gear ring is used to reduce noise and easy to replace.
5. Beat-up mechanism: It can be equipped with four-bar or six-bar beat-up mechanism (when the width is above 280cm), multi-point support, with counterweight beating-up shaft, more suitable for high-speed operation, sley and sliding seat are made of stainless steel , Improve the beating force, can weave high-density and medium-thickness fabrics, the cloth surface is tight.
6. Warp let-off mechanism: the whole series adopts electronic let-off and electronic take-up, which can realize variable weft density weaving.
7. Electronic winding: compact design, large output power, easy to adjust, fully automatic operation of various fibers, to ensure that the synchronization is always maintained during the weaving process.
8. Electronic warp let-off: keep the warp tension stable, meet the needs of a variety of fabrics, improve the grade of the fabric, make the replacement of fabric varieties more convenient, and improve production efficiency.
){kind=link}