In today's textile industry pattern, which pays attention to the dual standards of output and quality, the choice of key equipment directly affects the production efficiency and the level of finished products. NewStar spandex 105D stretch wire covered yarn rack is such a set of stability and reliability in one of the core devices, with its excellent structural performance and technical performance, has won a large number of manufacturers highly recognized.

The overall frame is made of high-strength steel, which can not only withstand the huge load challenge brought by high-speed operation, but also show excellent fatigue resistance, significantly improve the long-term service life of the product and reduce the daily maintenance frequency. Advanced precision welding technology throughout the entire fuselage joints, to ensure that the various components between the seam without any structural defects. In addition, the surface of the implementation of professional-level anti-corrosion treatment measures, even if placed in a humid or high temperature environment is not affected, always maintain a good operating state.

At the beginning of the design, the NewStar spandex 105D frame fully considered the actual matching requirements of various textile machinery, and adopted a standardized size configuration scheme, so that it can be easily connected to the mainstream models of weaving equipment on the current market, greatly improving the installation flexibility and application breadth. The adjustable area of reasonable layout allows micro-parameter correction according to different processing requirements, while the universal fixed hole position further simplifies the operation steps of subsequent upgrading, and truly realizes the convenient experience of ready-to-use.

As one of the key carriers to support the forming process of spandex covered yarn, the frame works together with a high-precision drive mechanism to successfully control the tension fluctuation range within an extremely ideal range, thus ensuring that the final fabric has a more homogeneous and ductile resilience. The innovative dynamic balance optimization technology effectively weakens the adverse effects caused by external vibration, coupled with the unique thermal expansion adaptive control mechanism, to ensure that the indicators remain constant in continuous work.

Whether it is for the deployment of new production lines or the technical improvement plan of existing old lines, the introduction of such high-end racks is undoubtedly a very forward-looking investment decision. The benefits it brings are not only reflected in the reduction of energy consumption, the increase of qualified product ratio and the compression of overall operation and maintenance expenses. More importantly, based on its modular construction concept, once a functional unit fails and is damaged, it can quickly complete the repair and replacement task. In addition, a complete data monitoring port resources are reserved to facilitate future docking of automated management systems and to meet the era of intelligent manufacturing with ease.