1. The Copper Core Loom Warp Stop Bar adopts integrated copper core conductive structure, which serves as the core conductive component of loom warp stop motion systems. The built-in copper core maintains stable electrical conductivity during long-term loom operation, forming sensitive circuit induction with matching drop wires. This structural design supports real-time warp breakage induction, timely triggering loom stop actions when yarn breaks occur, and reducing defective fabric generation caused by undetected broken warp threads in continuous weaving.
2. This product features a composite insulation protection structure outside the copper core. The insulated outer layer closely wraps the conductive copper core, isolating adjacent conductive parts effectively. It avoids short circuit failure and signal disorder caused by flying flowers, dust accumulation and mechanical friction in high-speed weaving environments. The integrated insulation structure fits the continuous working state of textile workshops and stabilizes the overall operation of warp detection systems.
3. The Copper Core Loom Warp Stop Bar has a rigid and standardized overall profile structure. The bar body adopts integral forming technology with uniform thickness and straight appearance, resisting bending and deformation under long-term vibration and tension of looms. The stable structural dimension ensures smooth sliding and matching of drop wires during high-frequency operation, avoiding detection failure caused by structural distortion and position deviation, and adapting to long-duration industrial weaving conditions.
4. The surface of the product is treated with wear and corrosion resistant process. The smooth outer surface reduces friction loss between drop wires and bar body during reciprocating movement. It resists erosion from humid air and textile auxiliaries in the workshop, slowing down surface aging and oxidation. This structural optimization prolongs service life and lowers replacement frequency for textile equipment accessories.
5. It adopts universal installation structure with standardized interface size design. The overall structure matches most shuttleless looms and high-speed weaving equipment on the market. The simple and neat assembly structure facilitates quick disassembly and installation without complicated modification. It adapts to different loom models and production line layouts, bringing convenience for daily replacement and maintenance of workshop accessories.
6. The product has anti-interference structural attributes for textile scenarios. The compact internal structure prevents dust and flying fluff from entering the core conductive area, maintaining stable signal induction in complex workshop environments. The reasonable structural layout balances conductivity and mechanical stability, keeping consistent detection performance in long-time and high-intensity weaving production.
7. Customizable structural specifications are available for different production demands. Multiple length and size options can be provided according to loom width and weaving process requirements. The flexible structural design meets the supporting needs of ordinary fabric and high-density fabric production, covering diversified equipment matching scenarios of modern weaving workshops.
