Textile workshops often carry out rotating production of various fabrics, and different fabric types bring changing warp tension and operating load to loom equipment. The warp stop strip is a key component for monitoring broken warp threads, and its stable operating position directly affects the normal operation of the loom and fabric weaving status. Ordinary supporting brackets have simple limit structures with poor positioning restraint effect. When the production is switched between thick and thin yarns and different textile materials, the warp stop strip is prone to offset and sliding under the change of tension and mechanical vibration, resulting in abnormal detection signals and intermittent equipment shutdown.
The Universal Middle Aluminum Warp Stop Bracket is equipped with a professional integrated limit structure, which fits the installation structure of the warp stop strip in a targeted manner. The structural size of the limit part is precisely matched with the operating stroke of the conventional warp stop strip. It can fix the moving track of the warp stop strip in a fixed range all the time, and will not produce positional deviation due to the fluctuation of warp tension during fabric replacement. The overall limit structure is smooth in transition without blocking points, which will not hinder the normal lifting and lowering movement of the warp stop strip.
In the actual weaving scenario, the loom will keep high-frequency vibration for a long time. The limit structure of the bracket adopts a reinforced design, which can resist the micro-displacement caused by mechanical vibration. Even in the state of long-term continuous operation, it can maintain the fitting degree with the warp stop strip. When the workshop switches weaving specifications such as yarn count, density and fabric structure, the bracket does not need frequent position correction and parameter adjustment, which reduces the daily maintenance workload of equipment.
Made of aluminum alloy material, the whole bracket has balanced structural rigidity, which can bear the alternating force generated by the movement of the warp stop assembly. It avoids structural deformation and limit failure caused by long-term stress. The universal installation size is compatible with most air-jet and rapier looms on the market, which is convenient for textile enterprises to replace and upgrade old equipment, and adapts to the flexible production mode of multi-style fabric switching.
Stable limit performance effectively keeps the warp stop strip running in place, maintains the sensitivity of the broken warp detection system, and reduces weaving defects and equipment abnormal shutdown problems caused by component displacement. This accessory provides reliable structural support for diversified fabric production of textile workshops.
