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HJ-C21
HAIJIA
The HJ-C21 Cam Shedding unit adopts an overall cast box structure, delivering exceptional physical stability during intense operational cycles. By utilizing the Mazak horizontal flexible automatic production line for one-time clamping, the associated dimensional accuracy reaches exacting tolerances. The solid, heavy-duty tactile feel of the cast iron body provides immediate confirmation of its industrial-grade engineering.
This precise manufacturing directly translates to a noticeable reduction in operational noise and mechanical vibration on the factory floor, replacing harsh mechanical clatter with a quiet, rhythmic hum. The optimized cam curve design ensures smooth kinetic transitions, making it highly suitable for the continuous production of high-speed, wide-width, and heavy-weight fabrics.
Additionally, the integrated fast-placement oil connector and upgraded tensioner structure make changing and draining lubricating fluids remarkably quick. This thoughtful engineering significantly reduces daily maintenance downtime and long-term operational costs, allowing technical staff to maintain peak efficiency with minimal effort.
With a maximum capacity of 14 heald frames, this shedding mechanism easily accommodates complex weaving requirements. Facility operators can efficiently produce special varieties such as heavy blackout cloth, intricate satin weaves, and dense twill patterns.
The system is engineered to handle over 150 different types of medium to heavy-weight fabrics, providing immense versatility for diverse textile production lines. The precise mechanical timing ensures clear warp separation, minimizing friction and thread breakage even at maximum operational speeds.
The maximum number of heald frames is 14 which can meet the weaving needs of special varieties such as blackout cloth, ensuring your facility remains adaptable to shifting market demands without requiring entirely new loom setups.
The frame components are made of integrated steel plate bent beams, providing a solid foundation that resists mechanical fatigue over years of continuous use. To combat the high-humidity environment typical of water jet weaving, the entire assembly undergoes an advanced electrophoretic spraying technology.
This specialized coating, combined with a fully enclosed cover, improves the safety, waterproof, and anticorrosion performance of the entire machine. The smooth, moisture-repellent finish protects internal mechanisms from rust, effectively extending the equipment's service life by two to three times compared to standard alternatives.
Furthermore, the system integrates efficiently with facility water circulation treatments, contributing to lower resource consumption per operational cycle and supporting more sustainable textile manufacturing practices.
