Applicable Fibers: Chemical fibers
Products and Application Fields: Lixin fabric, wire harness tape, curtain fabrics, home textile stitch-bonded nonwoven fabrics, waterproof membranes, and shoe materials.
| Machine Speed | 50-2000r/min |
| Workshoping Width | 4400MM(173") |
| Specification | Shoe Material 150 g |
| Daily Production | 7500 m² (for reference only; actual output may vary depending on fabric construction and process) |
Description: similar to Malimo/Maliwatt， A high-performance stitch-bonding machine designed to stitch-bond loose or pre-stitched fiber webs, as well as various materials and base fabrics of different thicknesses and weights.
Advantages: High efficiency and high operating speed, high production output, wide range of applications, and excellent product quality.
Located in Changzhou, Jiangsu Province—a key hub of the textile equipment industry in China, Changzhou Yuanyang Electromechanical Technology Co., Ltd. is a high-tech enterprise integrating R&D, manufacturing, sales and service dedicated to the textile machinery sector. Since its establishment, the company has been adhering to the mission of "Driving Innovation in Textile Machinery with Technology, Building Industry Trust with Quality", deeply rooted in the warp knitting equipment and supporting fields. Relying on profound technical accumulation, rigorous manufacturing techniques and a comprehensive service system, it has become a highly competitive professional supplier in the domestic textile machinery industry.
As China YHS High Speed Stitch Bonding Machine Manufacturers and China YHS High Speed Stitch Bonding Machine Suppliers, our main business focuses on the R&D and sales of high-end textile machinery. Its core product portfolio includes mainstream warp knitting equipment, such as stitch-bonding machines, biaxial warp knitting machines, multiaxial warp knitting machines, carbon fiber multiaxial warp knitting machines, powder-scattering machines, and web-laying machines. Meanwhile, it provides personalized customization services for a range of high-precision warp-knitting accessories and specialized equipment. The products are widely used in multiple fields, including industrial textiles, high-end fabrics, carbon fiber composite materials, and non-woven fabrics. Featuring high efficiency, stability, intelligent precision, and energy conservation, they can meet the diversified production demands of textile enterprises of different scales, helping customers improve production efficiency and product quality.
Based on the present and looking into the future, Changzhou Yuanyang Electromechanical Technology Co., Ltd. will continue to uphold the core values of "Innovation, Quality, Integrity and Win-Win Cooperation". It will further deepen technological R&D, optimize product portfolio, upgrade service quality, and strive to provide higher-quality warp knitting equipment solutions for global textile enterprises, joining hands with customers to create a bright future for the high-quality development of the textile industry.
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READ MOREChangzhou Yuanyang Electromechanical Technology Co., Ltd. builds the YHS High Speed Stitch Bonding Machine for mills that need to consolidate loose or pre-stitched chemical fiber webs at production speed. The YHS is the high-output member of our stitch-bonding range, engineered around the Malimo/Maliwatt stitch-bonding principle and configured for continuous operation on shoe material, wire harness tape, curtain fabric, home textile nonwoven, waterproof membrane and similar roll goods.
As a warp knitting machinery manufacturer based in Jiangsu, China, we supply the YHS together with the supporting stitch-bonding and warp knitting equipment that surrounds it on a production floor, and we configure each machine against the fiber, fabric weight and daily output target of the project.
Stitch bonding joins a fiber web by looping yarn through it rather than by chemical binder or thermal calendar. The YHS feeds the web into the stitching zone, where compound needles and guide bars form a stitch structure that locks the fibers in place. Because the web is mechanically bonded, the finished fabric keeps the drape and hand of the original fiber while gaining tensile strength, dimensional stability and resistance to fiber migration.
The machine handles both loose webs straight from the card or cross-lapper and pre-stitched webs that need a second consolidation pass. That flexibility is why the same platform appears in shoe material lines, cable harness tape production and home textile finishing.
| Parameter | Value | Notes |
|---|---|---|
| Machine speed | 50–2000 r/min | Speed is set against web weight and stitch density |
| Working width | 4400 mm (173 in) | Standard working width for the YHS platform |
| Applicable fibers | Chemical fibers | Polyester, polyamide, polypropylene and blends |
| Reference output | 7500 m²/day | Shoe material at 150 g; actual output varies with fabric construction |
| Bonding principle | Malimo / Maliwatt type | Stitch bonding of loose or pre-stitched webs |
The 7500 m²/day figure is a reference point for a defined shoe-material construction. Real throughput moves with web weight, stitch length, yarn count and the number of guide bars in use, so we calculate the working point for each project rather than quoting a single headline number.
Stitch-bonded reinforcement layers and lining substrates where consistent weight per square metre and edge stability matter.
Nonwoven base fabric for automotive harness wrapping, requiring clean slit edges and controlled tensile behaviour.
Lixin fabric, curtain fabric and decorative stitch-bonded nonwovens where pattern definition and hand feel drive the specification.
Carrier and reinforcement webs bonded without thermal or chemical treatment that would affect membrane performance.
We build several stitch-bonding platforms because web weight, fiber type and output target pull the specification in different directions. The YHS is the high-speed option for chemical fiber webs; the other platforms cover different material families and bonding duties.
| Machine | Primary Material | Typical Duty |
|---|---|---|
| YHS High Speed Stitch Bonding Machine | Chemical fiber webs | High-speed consolidation, 4400 mm width |
| FB Fiber Web Stitch Bonding Machine | Fiber web | General web bonding lines |
| YS Stitch Bonding Machine | Chemical fiber webs | Standard stitch-bonding production |
| FC Chopped Stitch Bonding Machine | Chopped fiberglass | Composite reinforcement mats |
The full Machine for Chemical Fiber Textile range covers stitch bonding, biaxial and multiaxial warp knitting, web laying and powder scattering, so a line can be assembled from platforms that share service and spare-part logic.
The YHS is specified for chemical fiber webs. Polyester, polyamide and polypropylene webs are the common inputs, and the machine also accepts pre-stitched webs that need a second bonding pass. Web weight, fiber denier, fiber length and the presence of blends all influence stitch density and running speed.
Where a project involves glass fiber, carbon fiber or chopped-fiber reinforcement, we route the specification to the appropriate platform rather than forcing the YHS beyond its material envelope. That decision is made during configuration, not after the machine is on the floor.
Yuanyang operates a 12,000 m² production base with standardized workshops, dedicated customization zones and design trial-production workstations. Component procurement, machining, assembly, testing and debugging are controlled stage by stage, and every machine is tested before it leaves the factory.
Once the machine arrives, our engineers attend the customer's plant for on-site installation, commissioning and training until the line runs to the agreed specification. Training covers knitter operation, maintainer routines and workshop management topics such as quality control, production planning and process parameters.
Hands-on training at our fabrication workshop is also available for operators and maintenance staff, with participants joining the installation process and working in the production hall. We assist customers in compiling quality system documentation and provide long-term support for problems that arise during production.
A stitch-bonding specification is only as good as the process data behind it. We prepare the configuration and quotation from the following project inputs.
| Input | What It Determines |
|---|---|
| Fiber type and blend ratio | Needle selection, yarn path, tension settings |
| Web weight (g/m²) and thickness | Stitch density, running speed, working point |
| Target fabric construction or sample | Guide bar arrangement and pattern |
| Required daily output | Machine speed and line balancing |
| Upstream and downstream equipment | Interface, layout and material handling |
| Workshop space, power and utilities | Foundation, installation plan and commissioning schedule |
| Roll diameter and converting method | Take-off and winding configuration |
Where the fabric is new or the material is difficult to process, we work from drawings or samples, confirm the design, produce trial samples and only then move to production. That sequence keeps the machine specification tied to a verified fabric rather than an assumption.
The YHS is built with a 4400 mm (173 in) working width as standard. If your web-forming or winding equipment runs a different width, we review the structure and layout during configuration.
For shoe material at 150 g, the reference figure is 7500 m² per day. Actual output depends on fabric construction, web weight, stitch density and the speed at which the line runs stably, so we calculate the figure against your specific fabric.
Yes. The machine is designed to stitch-bond loose fiber webs and pre-stitched webs, as well as various materials and base fabrics of different thicknesses and weights.
The YHS is specified for chemical fibers, including polyester, polyamide and polypropylene webs and their blends. Glass fiber, carbon fiber and chopped-fiber reinforcement work is handled by other platforms in our range.
Our engineers attend the customer's factory for on-site installation, commissioning and training until the equipment runs to specification. We also offer hands-on knitter, maintainer and workshop management training at our fabrication workshop.
Customization can involve machine structure and layout redesign, functional module development or integration, adaptation for special materials, and process-oriented optimization for stability and efficiency. We work from your drawings or samples, confirm the design, produce trial samples and proceed to production after your approval.
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