HAIJIA Ha-9020N Air Jet Power Loom Weaving Machine for Making Cotton FabricH

Product Parameters

Our Advantages

Energy-Efficient Operation and Reduced Overhead

Textile production requires continuous energy consumption, which is why the HA-9020N is engineered with an optimized multi-nozzle system and advanced motor drive technology. By precisely controlling the airflow during the weft insertion process, the machine significantly reduces compressed air waste. Coupled with highly efficient motor capacities ranging from 2.2KW to 6.0KW, this system noticeably lowers daily water and electricity consumption. Manufacturing facilities can achieve a more sustainable operational footprint while directly decreasing utility overhead costs.

Flexible Configuration for Diverse Weaving Demands

Because every production line has unique technical requirements, this air jet loom offers extensive mechanical customization. Operators can precisely match the equipment to their specific process needs through various optional configurations:

• Pumping Systems: Choose between a single pump for standard fabrics or a double pump configuration for more demanding, heavy-duty weaves.

• Precision Nozzles: Available with normal nozzles or specialized "U" shaped nozzles that provide superior control over the yarn trajectory, reducing the chance of mispicks.

• Shedding Mechanisms: Select from 4, 6, or 8-piece crank shedding, or opt for positive cam shedding (ranging from 6 to 14 pieces) to handle complex, value-added jacquard or dobby patterns.

Sensory and Craftsmanship Details

Upon close inspection, the precision-machined metal surfaces of the loom exhibit a smooth, industrial-grade finish designed to resist lint accumulation and withstand decades of use. During operation, the synchronized movement of the motorized spindle and shedding components produces a consistent, rhythmic mechanical hum—a direct testament to its tightly calibrated internal tolerances. The optional one-hand or two-hand operation buttons provide immediate, responsive tactile feedback to the operator, ensuring precise, safe control over the entire weaving cycle.