SHJ-PJ Weft Feeder: Accurately adapt to high-end functional textiles and help upgrade the industry

1. Precise control to meet the weaving needs of high-performance fibers

High-end functional textiles usually use special fiber materials, such as aramid, carbon fiber, polytetrafluoroethylene (PTFE), etc. These materials are prone to tension fluctuations and yarn breakage on traditional mechanical weft feeding equipment. SHJ-PJ Weft Feeder adopts advanced synchronous control technology to ensure the stable delivery of weft yarn, so that the yarn can enter the loom in the optimized state, greatly reducing the yarn breakage rate.

In addition, the device adopts precise FOC drive technology, which can adjust the weft feeding speed and tension in real time according to the characteristics of different fibers to adapt to the tensile characteristics and elastic changes of different materials, ensuring that high-performance yarns remain in the state during the weaving process.

2. Intelligent tension management to ensure fabric quality consistency

In the production of high-end functional textiles, the instability of weft tension can easily lead to uneven thickness, distorted patterns, loose structure and other problems in the fabric. SHJ-PJ Weft Feeder integrates an intelligent tension management system that can dynamically adjust the tension at high speed to ensure that the tension of each yarn is uniform and stable.

3. Optimize the yarn guide system to reduce the yarn breakage rate
When weaving special functional textiles, some high-performance fibers are prone to breakage in traditional weft feeding equipment due to their brittleness or high hardness, affecting production efficiency and fabric quality. SHJ-PJ Weft Feeder adopts a breakthrough yarn guide technology that can pre-treat the yarn before it enters the loom, so that it can maintain a stable state during the feeding process, thereby effectively reducing yarn breakage and hairiness problems.

In addition, the yarn guide system of the device has intelligent adaptive capabilities, which can automatically identify the diameter, flexibility and friction coefficient of the yarn, and adjust the yarn guide path and tension distribution accordingly to adapt to different types of high-end functional fibers. ,

4. Improve production efficiency and reduce operating costs
The production of high-end functional textiles usually requires a long R&D cycle and high manufacturing costs, and the limitations of traditional mechanical weft feeding equipment often increase production uncertainty. SHJ-PJ Weft Feeder improves production efficiency and reduces material waste and equipment debugging time with its intelligent and high-precision weft control system, thereby reducing overall operating costs.

During mass production, the equipment can automatically adapt to the characteristics of yarns in different batches without frequent parameter adjustments, making the production process smoother and more efficient. At the same time, due to its energy-saving design, the power consumption of SHJ-PJ Weft Feeder is nearly 700 watts lower than that of traditional equipment. Each loom can save a lot of electricity expenses every year, which is in line with the development direction of green environmental protection, energy saving and consumption reduction of modern textile enterprises.