High-speed air jet looms occupy a core position in modern textile weaving production, requiring stable supporting accessories to sustain continuous loom operation. The normal operation of warp stop motion directly affects loom running status and textile production progress. Traditional warp stop motion structures are prone to abrasion and structural loosening after long-term high-speed operation, which interferes with loom operation rhythm and increases daily maintenance workload. The non-displaying warp stop motion is professionally developed for high-speed air jet loom models, adopting targeted structural design and material configuration to adapt to long-cycle weaving production scenarios in textile factories.
This warp stop motion is fully manufactured with standard industrial materials, with hardened surface treatment set at the warp threading area. The special surface processing mode reduces friction loss caused by long-term warp threading operation and enhances structural stability during repeated mechanical movement. The overall structure is compact and reasonable, matching the assembly structure of mainstream large air jet looms, and can be installed and matched with loom equipment without complicated modification procedures, suitable for new loom assembly and old equipment renovation in textile workshops.
The product is equipped with 8.8-grade and 12.9-grade high-strength screws as standard accessories. The high-strength fasteners maintain stable locking performance under long-term vibration and high-speed operation of the loom, avoiding structural loosening and component displacement. This configuration effectively reduces the frequency of accessory replacement and routine fastening maintenance, adapting to the continuous operation mode of industrial textile production lines and lowering daily equipment maintenance investment for manufacturers.
Different from conventional common styles, this non-displaying warp stop motion adds a single-column display function in the structural design. The functional design helps workshop staff quickly complete breakpoint positioning during warp breakage conditions. Operators can finish warp line inspection and repair work in a shorter time, reducing machine downtime caused by warp breakage and improving the overall operation efficiency of the air jet loom production line.
In actual textile weaving scenarios, loom accessories need to withstand long-term mechanical friction, vibration and alternating load operation. This warp stop motion retains stable structural performance after long-term operation, with wear-resistant and durable characteristics that adapt to high-intensity weaving work. The non-display design simplifies the overall structure of the equipment, reduces redundant structural parts, lowers failure points in long-term operation, and improves the overall matching degree with air jet loom operation logic.
The product covers the matching demands of multiple specifications of large air jet looms and can adapt to different fabric weaving production conditions such as conventional yarn and chemical fiber yarn. It maintains stable linkage response with the loom control system during operation, effectively cooperating with the loom to complete warp stop protection work in the weaving process. As a practical supporting accessory for textile looms, this non-displaying warp stop motion solves many unstable problems of traditional accessories in high-speed weaving and provides reliable accessory support for standardized production of textile workshops.
