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HW-8210
HAIJIA
The HW-8210 Series Water Jet Loom is engineered for demanding technical textile production, with particular strength in airbag cloth and high-density fabrics.
Designed for Technical Fabrics
Optimized for applications requiring tight fabric structures, consistent yarn tension and high weaving accuracy.
Precision-Machined Core Components
Key components are processed using advanced Japanese Mazak machining centers, helping improve dimensional accuracy and long-term mechanical stability.
Reduced Vibration During Operation
The reinforced structure minimizes vibration and structural movement during continuous high-speed weaving, supporting smoother machine operation.
Specialized U-Type Beating Axis
The optimized “U” type beating axis provides strong and stable beating performance, helping achieve dense and uniform fabric construction.
Reinforced Integrated Wallboard
A unified heavy-duty wallboard strengthens the overall machine frame and reduces mechanical stress during intensive production cycles.
Consistent Yarn Tension
Precisely coordinated mechanical movement helps maintain stable yarn tension, reducing variations across the finished fabric.
Smooth & Dense Fabric Surface
Stable weft insertion and beating performance contribute to a tightly woven, uniform surface with fewer visible inconsistencies.
Energy-Efficient Production
The HW-8210 combines mechanical stability with optimized energy consumption, helping manufacturers control operating costs during continuous production.
Reliable for Safety-Critical Textiles
Its stable weaving performance makes the machine particularly suitable for airbag fabrics and other high-density industrial textiles where fabric consistency and structural integrity are essential.
The HW-8210 is well suited for weaving fine synthetic and elastic fabrics used in performance wear and fashion apparel.
Fine Yarn Processing
Handles ultra-fine denier fibers and elastic synthetic yarns with precise tension control.
Stable Weft Insertion
Smooth water jet insertion helps reduce yarn breakage, uneven stretching and weaving defects.
Soft Fabric Performance
Supports fabrics with a soft hand-feel while maintaining good elasticity and structural stability.
Reduced Material Waste
Precise shedding and synchronized nozzle control help minimize defects during high-speed production.
Ideal Applications
Suitable for sportswear, fashion garments, lightweight synthetic fabrics and elastic apparel textiles.
With its strong beating force and reinforced structure, the HW-8210 can efficiently produce dense and wide-width fabrics for home textile applications.
High-Density Weaving
Strong beating performance allows each weft yarn to be packed tightly for dense fabric construction.
Excellent Fabric Uniformity
Produces smooth and consistent surfaces for curtains, upholstery and decorative textiles.
Stable Heavy-Duty Operation
The centralized lubrication system helps reduce friction, overheating and mechanical wear during continuous production.
Wide-Width Fabric Capability
Suitable for producing large-format home textile fabrics with consistent quality across the fabric width.
Ideal Applications
Commonly used for blackout curtains, upholstery fabrics and other high-density interior textiles.
The HW-8210 provides the stability and weaving precision required for demanding industrial textile production.
High-Strength Fabric Weaving
Capable of processing dense nylon and polyester yarns used in industrial applications.
Precise Weft Control
Stable water jet pressure and accurate weft insertion help create tightly interlocked fabric structures.
Reliable Fabric Consistency
Supports uniform weaving quality where tensile strength and structural stability are critical.
Reinforced Machine Structure
The heavy-duty frame helps absorb vibration and mechanical loads during intensive weaving operations.
Ideal Applications
Particularly suitable for automotive airbag fabrics and other high-strength industrial textiles.
The HW-8210 can also support textile manufacturers looking to expand production using recycled and reclaimed synthetic yarns.
Adaptable Yarn Processing
Flexible shedding and nozzle configurations help accommodate variations in recycled yarn thickness and strength.
Stable Water Jet Pressure
Consistent weft insertion improves weaving stability when processing less uniform reclaimed materials.
Responsive Electronic Control
Intelligent machine control helps reduce production interruptions and maintain consistent fabric quality.
Energy-Efficient Production
The energy-saving motor helps reduce power consumption during recycled textile manufacturing.
Supports Sustainable Manufacturing
Enables manufacturers to develop recycled textile products while maintaining production efficiency and fabric consistency.
Continue exploring:
Beyond its versatile applications, the HW-8210 series is defined by its uncompromising engineering specifications. Every unit is subjected to rigorous 3-coordinate high-precision testing before leaving the facility, ensuring strict compliance with CE, ISO9001:2000, and SGS international certifications. This dedication to quality control translates directly into reliable, long-term performance on the factory floor.
Unmatched Production Speed: Driven by an advanced energy-saving motor, the machine achieves a maximum speed of 1100 RPM and an extraordinary weft insertion rate of 2280m/Min, dramatically lowering energy consumption during large-scale production runs.
Exceptional Durability: Featuring deep waterproof optimization and a centralized lubrication system, the loom maintains peak beating force while guaranteeing an extended operational lifespan of over 13 years in demanding environments.
Flexible Configuration: Facilities can customize their setup with multiple reed widths, varying motor powers, single or double pumps, normal or U-type nozzles, and a choice between cam and crank shedding mechanisms to perfectly suit specific production lines.
Comprehensive Global Support: Backed by a 1-year whole-machine warranty and a 7x24 hour technical response system, our extensive network of professional engineers ensures your equipment operates continuously with minimal disruption.