Applicable Fibers: Glass fiber, polyester
Core Product: High-strength geogrid
Application Field: Mine protection
| Machine Speed | 50-1000r/min |
| Workshoping Width | 5400MM (213") |
| Daily Output | 4500 ㎡ (for reference only; actual output may vary depending on fabric construction and process) |
Description: A Raschel-type high-strength reinforcement fabric that organizes high-strength, low-elongation fibers into a stable, reliable mesh structure while maximizing the retention of the fibers’ original strength.
Advantages: High production efficiency and high-strength fabric.
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 YRS3-M-H High Strength Biaxial Warp Knitting Machine Manufacturers and China YRS3-M-H High Strength Biaxial Warp Knitting 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 YRS3-M-H high strength biaxial warp knitting machine for mills that reinforce glass fiber and polyester into high-strength geogrids and mine protection fabrics. We manufacture the machine, the warp knitting process package and the supporting equipment around it, and we configure each unit to the working width, yarn system and fabric construction of the project.
As a Yrs3mh High Strength Biaxial Warp Knitting Machine Manufacturer, we match product configuration to the application, operating limits, interfaces and acceptance criteria defined for each project.
The YRS3-M-H is a Raschel-type biaxial warp knitting machine that lays high-strength, low-elongation warp and weft yarns into a stable mesh and binds them with a fine stitch yarn. The structure keeps the original yarn strength in the finished fabric instead of crimping it, which is why the machine is used for reinforcement textiles rather than apparel fabrics.
Warp yarns run longitudinally from the beam set, weft yarns are inserted across the full working width, and a separate stitch system ties the two directions together. Because the load-bearing yarns stay nearly straight, the geogrid carries tensile load along both axes, which is the property mine protection and reinforcement fabrics depend on.
We set the yarn tension, weft insertion timing and stitch density as one process package. Changing the grid pitch, the yarn count or the binding pattern is a coordinated adjustment across those three systems, not a single parameter change, and our engineers work through that combination with the customer before the machine is released.
| Parameter | Value / Setting | What It Controls |
|---|---|---|
| Machine speed | 50-1000 r/min | Output versus yarn damage risk; heavy glass constructions run at the lower end |
| Working width | 5400 mm (213 in) | Usable fabric width and the number of weft positions across the bed |
| Fiber system | Glass fiber, polyester | Guide selection, yarn path geometry and tension range |
| Fabric construction | Biaxial mesh with stitch binding | Grid pitch, stitch density and areal weight |
| Reference output | ~4500 m²/day | Planning figure only; recalculated for each fabric specification |
Speed, width and yarn count interact. A wide geogrid with heavy glass yarns cannot be run at the same rate as a light polyester mesh, and we state the realistic working point for the customer's fabric rather than a single headline speed.
Because reinforcement fabrics vary widely, the YRS3-M-H is quoted as a configured machine rather than a fixed catalogue item. The options we work through with each project include:
Our customization work covers structure redesign, functional module development and adaptation for special materials, so a non-standard configuration is handled as an engineering project rather than a spare-parts order.
The YRS3-M-H sits in our fiberglass textile line, alongside machines that cover chopped fiber, nonwoven lamination, mesh-geogrid and multiaxial constructions. Matching the machine to the fabric is the first decision in a reinforcement textile project.
| Machine | Typical Fabric | Where It Fits |
|---|---|---|
| YRS3-M-H High Strength Biaxial Warp Knitting Machine | High-strength geogrid, mine protection fabric | Straight warp and weft reinforcement with maximum retained yarn strength |
| YRS3-M-V Biaxial Warp Knitting Machine with Nonwoven Fabric | Reinforced nonwoven composites | Where a nonwoven layer is bonded into the biaxial structure |
| YRS3-M-F-I Raschel Chopped Fiber Biaxial Warp Knitting Machine (HX) | Chopped fiber mats with biaxial reinforcement | Combined chopped strand and directional yarn in one pass |
| YRS3-3M Multiaxial Warp Knitting Machine | Multiaxial reinforcement fabrics | Where diagonal yarn layers are added to the 0° and 90° system |
For projects that combine several reinforcement steps, we coordinate the YRS3-M-H with our fiberglass textile machinery range so that width, tension and roll format stay consistent from one process to the next.
The machine is supplied with a drive and control system that manages main shaft speed, yarn let-off and fabric take-off as coordinated functions. We set the control parameters during commissioning and record the working recipe for the customer's fabric so that production can be repeated after a changeover.
Yuanyang controls the process from component procurement through machining, assembly, testing and debugging, and every machine is tested before it leaves the factory. For the YRS3-M-H, acceptance focuses on the points that determine fabric quality in daily production:
We can run the customer's yarn and fabric specification during pre-delivery testing and provide the trial sample with the machine documentation.
Glass fiber is abrasive, so guide elements, needles and yarn contact parts are the components that set the maintenance cycle. We supply spare parts for the delivered configuration and document the inspection points, lubrication schedule and wear limits in the machine manual.
Our service team supports installation, commissioning and operator training on site. We also run factory-based training in our own fabrication workshop for knitters, maintainers and workshop management, covering machine operation, process parameters and quality control, with typical sessions of one to two months. System documentation support is available for customers building out their quality records.
A YRS3-M-H proposal is prepared from the fabric and the production target, not from a model number alone. The following inputs let us define the machine configuration and the process package:
Where a standard configuration does not meet the fabric requirement, we develop the machine structure, module set or material adaptation as a customized engineering project and confirm the design through drawings before production.
The machine is built for glass fiber and polyester reinforcement yarns. The yarn path, guide elements and tension range are selected for low-elongation, brittle fibers, which is the main difference from a standard biaxial machine running synthetic textile yarns.
The working width is 5400 mm (213 in) and the machine speed range is 50-1000 r/min. The production setting is chosen within that range according to yarn type, grid pitch and fabric weight, so the effective output is confirmed for each fabric specification.
The reference figure is approximately 4500 m² per day. Actual output depends on fabric construction, yarn count, stitch density and the working speed selected for stable production, and we calculate it for the customer's specific fabric during configuration.
Yes. Grid pitch, weft density, stitch pattern, beam arrangement and take-off format are all configured to the fabric. Where the design falls outside the standard structure, we develop the required module or structural change as a customized project and confirm it through drawings and samples.
Our engineers carry out on-site installation, commissioning and training until the line runs to the agreed specification. We provide spare parts for the delivered configuration, maintenance documentation, and factory-based training for knitters, maintainers and workshop management in our own production facility.
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