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Product Description
The CX Series SPC Four-Roll Plastic Floor Production Line is a high-automation extrusion system engineered by Chenxing Machinery for the mass production of SPC (Stone Plastic Composite) rigid core flooring and PVC imitation marble decorative wall panels. At its core, the line integrates a four-roll hot-press calendering unit with UV curing technology and a centralized PLC control architecture, enabling continuous, adhesive-free lamination of the base substrate, decorative film, and wear-resistant transparent layer in a single pass.
The CX Series processes PVC resin powder, calcium carbonate, stabilizers, lubricants, and colorants—along with optional functional layers such as soundproof underlayment or antimicrobial film—into finished sheets ranging from 980 mm to 1220 mm in width and 2.0 mm to 8.0 mm in thickness. With five scalable models delivering 600–1400 kg/h throughput, the line suits medium to large-scale flooring manufacturers seeking solvent-free, VOC-compliant production that meets RoHS, REACH, and CE standards.
Unlike conventional adhesive lamination processes, the CX Series employs thermal fusion under precisely controlled roller pressure and temperature, achieving monolithic structural integrity with superior peel strength, dimensional stability, and surface durability. This sheet extrusion line is purpose-built for 24/7 continuous operation with minimal operator intervention.
The CX Series is delivered as a turnkey system comprising the following integrated stations, from raw material handling through finished product packaging:
Raw materials enter through a sealed storage silo and are metered by an automatic screw feeder / automatic feeding machine coupled with a precision weigh-scale batching station. A high-speed mixer homogenizes PVC resin, calcium carbonate, and additives into a uniform dry blend, which is then conveyed to the single-screw extruder via a cooling pelletizer or bulk hopper.
The single-screw extruder—sized from CX92/188 to CX132 with L/D ratios of 18:1 and above—incorporates dedicated heating, mixing, and metering zones. Water-cooled or oil-circulated barrel temperature control maintains precise thermal profiles. A flat-sheet die head at the extruder discharge controls the slab thickness and width before the material enters the calendering station. For auxiliary material preparation, Chenxing also offers PVC hot-cutting pelletizing lines and plastic crushers for reclaiming edge trim.
This is the core forming station of the CX Series. Four independently temperature-controlled rolls are arranged vertically:
Top Roll (Heating Roll): Softens the PVC decorative film to the glass-transition temperature for optimal lamination.
Upper-Middle Roll (Cooling Roll): Sets the composite thickness and begins dimensional stabilization.
Lower-Middle Roll (Pressing Roll): Applies high-pressure thermal fusion, bonding the decorative film and wear-resistant transparent layer onto the substrate in a single nip pass.
Bottom Roll (Drive Roll): Regulates line speed and material traction through a closed-loop tension control system.
Each roll features independent PID temperature regulation and servo-driven tension control, ensuring uniform pressure distribution across the full sheet width. The four-roll configuration eliminates separate adhesive application and drying stages entirely.
After exiting the calender, the laminated sheet passes through a UV curing station equipped with high-intensity UV lamp arrays, parabolic reflectors, and cooling air knives. An automatic tension-adjustment mechanism maintains consistent web handling during curing. Optional surface treatment modules—including laser engraving, embossed texturing, and matte or gloss coating—can be integrated downstream.
Cooling and stabilization follow via air-cooled or water-cooled tables with multiple sets of servo-driven haul-off rollers and an automatic Edge Guide system for lateral alignment. The sheet then enters the slitting and winding station, where circular slitter blades cut the web to specified widths, edge trim is recovered through a dedicated waste reclaim loop, and a dual-station turret winder with constant-tension control enables non-stop automatic roll changeover.
Finished products proceed through automatic counting and labeling, OPP heat-shrink wrapping, and—optionally—robotic palletizing. The entire line is governed by a PLC central control cabinet (Siemens or Allen-Bradley architecture) with an HMI touchscreen, a variable-frequency drive cluster, and an array of sensors monitoring temperature, pressure, position, and speed in real time. Fault self-diagnosis, safety interlock protection, remote monitoring, and MES integration are standard.
To support the thermal management demands of high-output extrusion, Chenxing provides complementary SML air-cooled chillers / industrial chillers and SML water-cooled chillers for mold and roller temperature regulation.
| Model | Extruder | Main Motor Power (kW) | Total Installed Power (kW) | Sheet Width (mm) | Sheet Thickness (mm) | Output (kg/h) |
|---|---|---|---|---|---|---|
| CX-92 | CX92/188 | 110 | 308 | 980–1220 | 2.0–8.0 | 600–800 |
| CX-110 | CX110/220 | 160 / 200 | 388 / 430 | 980–1220 | 2.0–8.0 | 900–1300 |
| CX-CO | CX92/80 | 110 / 55 | 390 | 980–1220 | 2.0–8.0 | 700–900 |
| CX-114 | CX114 | 75 / 90 | 280 | 980–1220 | 2.0–8.0 | 700–900 |
| CX-132 | CX132 | 110 / 132 | 310 / 330 | 980–1220 | 2.0–8.0 | 1100–1400 |
Note: Dual power ratings for CX-110 and CX-132 reflect different motor configurations for varying production duty cycles. All extruder screws feature L/D ratios ≥ 18:1. Please consult our engineering team for the optimal configuration matching your specific throughput targets and utility infrastructure.
CX-92 & CX-114: Mid-range throughput suitable for regional manufacturers entering the SPC flooring market. The CX-92 offers a cost-optimized entry point; the CX-114 provides a balanced power-to-output ratio for standard product lines.
CX-CO: Co-extrusion variant with dual extruders, ideal for multi-layer composite sheets requiring different core and surface formulations in a single pass.
CX-110 & CX-132: High-output configurations for large-scale industrial plants targeting 1,000+ kg/h continuous production. The CX-132 delivers maximum throughput for high-volume export-oriented manufacturers.
For auxiliary size reduction and material preparation, consider complementing your line with a disc grinding pulverizer SMF pulverizer or a plastic grinding machine, coupled with a vibrating screen ZSQ vibrating screen for particle size classification.
The defining technical advantage of the CX Series is its ability to fuse the substrate, decorative film, and wear-resistant transparent layer in a single calendering pass—without adhesives. Under controlled high temperature and pressure across four independently regulated rollers, the PVC layers achieve molecular-level bonding. The result is a monolithic composite with peel strength that substantially exceeds conventional glue-laminated alternatives. No delamination, no edge lifting, and no post-cure waiting period.
The entire production process uses zero water, zero solvents, and zero adhesives. VOC emissions approach undetectable levels, making the line fully compliant with RoHS, REACH, and CE environmental directives. This positions CX Series output for direct entry into regulated markets including the European Union, North America, and Australia, where indoor air quality standards for building materials are increasingly stringent.
Dual-layer surface protection—a UV photo-cured topcoat plus an integrated transparent wear layer—delivers commercial-grade durability. CX Series flooring withstands the abrasive demands of high-traffic environments: hotel lobbies, hospital corridors, retail stores, and educational facilities. The UV-cured surface also provides excellent resistance to staining, chemical cleaners, and UV-induced yellowing.
SPC rigid core boards produced on the CX Series exhibit a thermal expansion coefficient significantly lower than that of WPC (Wood Plastic Composite) or traditional LVT (Luxury Vinyl Tile). This near-zero expansion and contraction behavior prevents warping, cupping, and gap formation, making CX Series flooring fully compatible with underfloor radiant heating systems and large-area continuous installation.
The line supports high-definition wood-grain, stone-grain, and textile-pattern printing through interchangeable gravure cylinders or digital film feeding. Combined with optional surface treatments—stereoscopic embossing, heterogeneous color blending, matte finish, gloss coating, and laser-etched textures—the CX Series enables manufacturers to produce hundreds of SKU variants from a single investment. Product width up to 1220 mm and thickness from 2.0 mm to 8.0 mm covers the full range of residential and commercial flooring specifications.
A centralized PLC architecture (Siemens or Allen-Bradley) governs every subsystem: raw material batching, extrusion temperature profiles, roller speed synchronization, UV curing intensity, slitter positioning, and winding tension. The HMI touchscreen provides real-time visualization of all process parameters. Built-in fault self-diagnosis, alarm escalation, and safety interlock logic protect both operators and equipment. Remote monitoring capability and MES integration enable multi-plant production management from a single control room.
Relative to traditional adhesive-based lamination lines, the CX Series reduces energy consumption by over 30% through three mechanisms: elimination of adhesive drying ovens, optimized roller heating zone insulation, and regenerative VFD motor control. The line is engineered for 24-hour continuous production with predictive maintenance alerts, reducing unplanned downtime. Quick roll-change tooling further minimizes changeover losses.
Switching between wood-grain, stone-look, and solid-color products requires only a die gap adjustment, temperature curve reprogramming, and decorative film reel change. No mechanical reconfiguration of the calendering unit is necessary. This flexibility allows manufacturers to fulfill small-batch OEM orders alongside high-volume standard production on the same line.
Chenxing Machinery's engineering team designs each CX Series installation to the customer's specific factory footprint, target capacity, and product structure requirements. Common customizations include integration of a soundproof underlayment feeding station, an antimicrobial film laminator, an in-line plastic pelletizer for edge-trim recycling, and robotic palletizing cells. From single-machine modules to complete turnkey plants, every system is purpose-engineered.
Chenxing's broader expertise across pipe extrusion lines extrusion solutions ensures that auxiliary equipment—from caterpillar haul-off machines pipe haul-off to dust-free pipe cutters / pipe cutting machines—is available when diversifying into complementary product lines.
The CX Series transforms raw PVC compound into finished SPC flooring sheets through a fully integrated, seven-stage continuous process:
PVC resin powder, calcium carbonate (typically 60–75% by weight in SPC formulations), stabilizers, lubricants, and color pigments are metered into the high-speed mixer via an automatic weigh-scale batching system. The high-speed mixer disperses all components into a homogeneous dry blend at controlled temperatures (typically 110–125 °C). The hot blend is then discharged into a cooling mixer and conveyed to the extruder feed hopper. For operations producing their own compound, a disc plastic pulverizer / SMP pulverizer can be integrated upstream to achieve the required particle size distribution.
The dry blend enters the single-screw extruder's feed throat and advances through progressively heated barrel zones (heating, mixing, and metering sections). As the material melts under shear and conducted heat, the screw compresses and homogenizes the melt to a uniform viscosity. The molten PVC exits through a flat-sheet die head, where the die lip gap and haul-off speed determine the slab's initial thickness and width. Temperature control—water-cooled or oil-circulated—maintains the melt within a ±2 °C tolerance band to prevent thermal degradation.
The extruded slab enters the four-roll calender. Simultaneously, the PVC decorative film (pre-printed with wood, stone, or textile patterns) and the PVC transparent wear-resistant film are fed from separate unwind stations into the roller nip. As the slab passes between the heated top roll and the pressing lower-middle roll, all three layers fuse into a single composite sheet under precisely controlled temperature and pressure. The upper-middle cooling roll immediately stabilizes the laminate thickness and initiates thermal contraction.
The laminated sheet enters the UV curing chamber, where high-intensity ultraviolet lamp arrays irradiate the top surface. The UV energy triggers instantaneous photo-polymerization of the coating layer, forming a cross-linked, chemically resistant, and scratch-proof surface. Cooling air knives follow the UV zone to dissipate residual heat, and an automatic tension-adjustment system maintains consistent web feed through the curing section. For lines equipped with embossing or texturing rollers, surface patterning occurs immediately before curing.
The sheet passes through a multi-zone cooling section—air-cooled or water-cooled depending on line speed and product thickness—where the temperature is reduced to ambient levels. Multiple sets of servo-driven haul-off rollers, synchronized via the central PLC, maintain constant line speed without introducing stretch or compression. An optical Edge Guide sensor continuously monitors lateral position and issues micro-corrections to the alignment actuators, ensuring straight-edge tracking into the downstream stations.
Circular slitter blades with adjustable spacing cut the wide-format sheet into customer-specified widths (commonly 1220 mm for standard SPC plank production, with narrower widths for wall panels and trim pieces). Edge trim is continuously vacuum-extracted and fed back to a plastic crusher for in-line recycling. The slit sheets then proceed to a dual-station turret winder that performs automatic roll changeover at preset lengths—no line stoppage required—with closed-loop tension control preventing telescoping or slack winding.
Finished rolls or stacked sheets pass through an automatic labeling and counting station. An OPP heat-shrink wrapping machine seals each package for moisture protection during storage and transport. When equipped with the optional robotic palletizing cell, finished packages are stacked onto pallets in optimized patterns and conveyed to the warehouse via forklift or AGV.
SPC flooring produced on the CX Series has rapidly displaced traditional solid wood, ceramic tile, and conventional PVC flooring across multiple market segments, driven by superior water resistance, dimensional stability, and ease of installation.
In homes, CX Series SPC flooring serves living rooms, bedrooms, kitchens, and bathrooms with equal performance. Its 100% waterproof construction eliminates the primary failure mode of laminate and engineered wood in wet areas. The click-lock installation system (applied downstream of the CX Series line through a separate profiling machine) enables DIY-friendly floating floor installation over existing subfloors. Compatibility with underfloor radiant heating—a key differentiator from traditional vinyl flooring—makes CX Series output particularly attractive in markets with cold climates.
For hotels, hospitals, schools, offices, retail stores, and exhibition halls, the combination of AC (Abrasion Class) ratings achievable through the CX Series UV curing system and the integrated wear layer delivers the durability required for heavy foot traffic. The broad 1220 mm sheet width minimizes seams in large open-plan areas, improving both aesthetics and hygiene. Antimicrobial variants, produced by incorporating a specialized additive package during mixing, extend the application scope to operating rooms, cleanrooms, and food processing facilities.
Airports, metro stations, sports stadiums, and convention centers demand flooring that withstands millions of footfalls annually while meeting strict fire-safety and slip-resistance codes. SPC's inherent fire-retardant properties (achieving Bf1-s1 or Class A ratings depending on formulation) and the ability to apply anti-slip surface texturing during the CX Series calendering stage make it a preferred specification for public-sector projects worldwide.
The CX Series also produces PVC imitation marble and decorative wall panels in thicknesses of 1.5–4.0 mm at widths up to 1220 mm. These lightweight, moisture-proof panels serve as feature walls, wainscoting, partition screens, and ceiling cladding in both residential and commercial interiors. The ability to replicate natural stone veining and wood grain with photographic fidelity—at a fraction of the weight and installation cost of natural materials—has driven rapid adoption in the hospitality and retail design sectors.
| Property | CX Series SPC Flooring | Solid Wood | Ceramic Tile | Traditional PVC/LVT |
|---|---|---|---|---|
| Water Resistance | 100% waterproof | Poor | Excellent | Good |
| Dimensional Stability | Excellent (0.01–0.02% ΔL) | Poor (seasonal) | Excellent | Moderate |
| Underfloor Heating Compatible | Yes | Limited | Yes | Limited |
| Sound Insulation | Good (with underlayment) | Moderate | Poor | Good |
| Installation Method | Click-lock floating | Nail/glue | Mortar-set | Glue-down |
| Maintenance | Damp mop only | Sand & refinish | Grout cleaning | Polish & seal |
| VOC Emissions | Near-zero | Varies (finish) | None | Varies (adhesive) |
| Cost per m² (installed) | Medium-Low | High | Medium-High | Low-Medium |
Chenxing Machinery brings decades of plastics extrusion expertise to the SPC flooring sector. Our engineering team has deployed complete extrusion plants across Asia, the Middle East, Africa, Eastern Europe, and South America. The CX Series benefits from cross-platform technology transfer from our established SBP series sheet line and reinforced pipe production line / spiral hose extrusion programs.
Every CX Series installation includes factory acceptance testing (FAT) at our Zhangjiagang facility, on-site installation supervision, commissioning, operator training, and a 12-month comprehensive warranty. We do not subcontract critical subsystems—the extruder, calender, UV curing unit, PLC cabinet, and downstream equipment are all engineered within Chenxing's quality management system. This single-source model eliminates the integration risk inherent in multi-vendor line assembly.
Our global spare parts distribution network stocks critical wear components—screw and barrel assemblies, roller bearings, UV lamps, slitter blades, and sensor modules—for rapid dispatch. Remote diagnostic access, enabled through the standard PLC connectivity package, allows our engineers to troubleshoot and resolve issues without requiring on-site visits. For customers establishing new production facilities, we provide factory layout design, utility planning, and raw material formulation consulting as part of the project scope.
The CX Series integrates seamlessly with Chenxing's broader machinery ecosystem. Ancillary equipment—including pipe coilers pipe winding machines, pipe belling machines pipe socketing, and dust-free pipe cutters—enables customers who start with SPC flooring production to diversify into PVC pipe manufacturing using the same utility infrastructure and technical support relationship.
Traditional SPC flooring production uses a separate adhesive coating station to bond the decorative film to the rigid core, followed by a drying oven and a second lamination pass for the wear layer. This three-step process consumes significant energy (drying ovens), introduces VOC emissions from solvent-based adhesives, and creates potential delamination failure points at each adhesive interface.
The CX Series eliminates all three problems in a single calendering pass. The four rolls—heated, cooling, pressing, and driving—fuse the substrate, decorative film, and wear layer simultaneously under high temperature and pressure. The PVC layers, being thermoplastic, soften and inter-diffuse at the molecular level without requiring any third-party bonding agent. The result is a monolithic composite with peel strength exceeding 5 N/mm (depending on formulation) and zero adhesive-related VOC contribution. For manufacturers targeting EU and North American markets with strict indoor air quality regulations, this process distinction is a decisive compliance advantage.
A complete CX Series installation requires the following utilities and support systems:
Electrical supply: 380V / 50Hz three-phase (or customizable to local standards). The total connected load ranges from 280 kW (CX-114) to 430 kW (CX-110 high-configuration). A dedicated transformer and main distribution panel are recommended.
Cooling water circuit: Closed-loop chilled water at 7–12 °C for roller temperature control and extruder barrel cooling. We recommend pairing the line with Chenxing's SML series chillers, sized according to model selection.
Compressed air: 0.6–0.8 MPa for pneumatic actuators, tension control cylinders, and packaging equipment.
Raw material handling: Bulk silo storage for PVC resin and calcium carbonate, plus a screw feeder / automatic feeding machine for minor ingredients.
Edge trim recycling: A plastic crusher and optionally a plastic grinding machine for in-line or off-line edge trim size reduction and re-introduction into the extrusion feed stream.
Profiling line (downstream): A separate click-lock milling and beveling machine for SPC plank production. Chenxing can supply or recommend profiling partners.
Our project engineering team provides a full utility load schedule and plant layout drawing during the quotation phase.
Yes. Product changeover on the CX Series is designed for rapid execution with minimal downtime:
Thickness change: Adjust the die lip gap and recalibrate the roller nip gap via the HMI touchscreen. The servo-driven gap control stores preset recipes for common thickness values (2.0 mm, 3.0 mm, 4.0 mm, 5.0 mm, 6.0 mm, 8.0 mm).
Pattern change: Replace the decorative film reel at the unwind station. No roller or die changes are required.
Surface finish change: For lines equipped with the optional embossing station, swap the embossing roller (approximately 15–20 minutes with quick-release tooling). UV coating formulation adjustments are recipe-based through the UV curing control module.
Color change: Purge the extruder with a cleaning compound or transition gradually from light to dark formulations. Typical purge time is 20–30 minutes depending on color contrast.
This flexibility allows manufacturers to fulfill mixed orders—e.g., 500 m² of oak-pattern 4.0 mm flooring followed by 300 m² of marble-pattern 5.0 mm flooring—within the same production shift.
The CX Series is designed for a service life exceeding 15 years with structured preventive maintenance:
Extruder screw and barrel: Nitrided or bimetallic construction with expected life of 30,000–50,000 operating hours for standard PVC formulations. Highly filled SPC compounds (≥70% CaCO₃) favor bimetallic barrels and screws for extended life.
Calender rolls: Hard-chrome-plated with mirror polishing. Routine inspection of roller parallelism and bearing condition every 2,000 operating hours. Roller re-grinding interval: approximately 10,000–15,000 hours depending on formulation abrasiveness.
UV lamp replacement: Typical lamp life of 1,000–2,000 hours for medium-pressure mercury arc lamps; LED UV curing arrays (optional upgrade) deliver 20,000+ hours.
PLC and electrical: Annual thermal imaging inspection of VFD cabinets and power distribution panels. Firmware updates applied during scheduled maintenance windows.
Daily checks: Lubrication points, cooling water flow rate and inlet/outlet temperature delta, roller surface condition, slitter blade sharpness, and sensor calibration verification.
Chenxing provides a detailed preventive maintenance schedule, spare parts recommendation list, and on-site or remote technical support throughout the equipment lifecycle.
The CX-CO co-extrusion variant (CX92/80 dual-extruder configuration) is purpose-engineered for multi-layer composite production. For acoustic underlayment-attached SPC flooring, the line configuration includes:
Primary extruder (CX92): Processes the rigid SPC core formulation.
Secondary extruder (CX80): Processes a foamed or flexible PVC/EVA sound-absorbing bottom layer.
Co-extrusion die or sequential calendering: The acoustic layer is applied to the underside of the SPC sheet either through a co-extrusion feedblock before the calender or through a secondary laminating nip after cooling, depending on the underlayment material properties.
For antimicrobial flooring, the antimicrobial additive is pre-compounded into the wear-layer film or incorporated into the UV coating formulation. For products requiring cork or IXPE foam backing, a dedicated lamination station can be integrated into the post-cooling section.
Our engineering team evaluates the specific product structure during project scoping and recommends the optimal line configuration. Non-standard requirements are accommodated through custom mechanical design and control logic programming.
Every CX Series line ships with a comprehensive documentation package including:
CE Declaration of Conformity: Covering the Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and EMC Directive (2014/30/EU).
Factory Acceptance Test (FAT) Report: Documenting all performance parameters, safety circuit validation, and dimensional tolerance verification conducted before disassembly and shipment.
Operation and Maintenance Manual: English-language (or customer-specified language) covering installation, commissioning, standard operating procedures, troubleshooting, and preventive maintenance schedules.
Electrical Schematics and PLC Program Backup: Full ladder-logic documentation and backup files for the control system.
Spare Parts Catalog: Illustrated parts breakdown with Chenxing part numbers for all wear components.
Material Safety Data Sheets (MSDS): For lubricants, hydraulic fluids, and UV coating materials supplied with the line.
Installation Supervision and Training Certificate: Issued upon successful commissioning and operator sign-off.
Upon request, we also provide documentation packages supporting specific regional certifications, including documentation for UL/CSA compliance for North American installations and GOST-R/EAC certification for CIS markets.
A typical CX Series project follows this milestone schedule:
| Milestone | Timeline (weeks) | Description |
|---|---|---|
| Order confirmation & technical review | 0–2 | Finalize machine configuration, utility requirements, and layout |
| Engineering & procurement | 2–8 | Detailed mechanical and electrical design; long-lead component ordering |
| Manufacturing & assembly | 8–20 | Fabrication, machining, sub-assembly, and line integration at Zhangjiagang factory |
| Factory Acceptance Test | 20–22 | Customer witnesses full-line operation at Chenxing facility |
| Disassembly & shipping | 22–26 | Container loading, ocean/rail freight (varies by destination) |
| On-site installation | 26–30 | Mechanical assembly, electrical connection, utility hook-up |
| Commissioning & training | 30–32 | Process parameter optimization, trial production, operator training |
| Commercial production handover | 32 | Formal sign-off and warranty commencement |
Total typical duration: 28–32 weeks from order to commercial production. Expedited schedules are available for urgent projects with premium logistics and dedicated engineering resources. Partial shipments for civil works preparation (foundation drawings, utility connection points) are provided within 4 weeks of order confirmation.
Building an SPC flooring production line is a strategic capital investment. Chenxing Machinery's application engineering team is ready to deliver a tailored proposal optimized for your production goals, factory layout, and budget.
Tell us your target product specifications:
Desired annual output (in square meters or tons)
SPC flooring thickness range and width
Product structure (standard 3-layer, acoustic backing, antimicrobial, embossed surface)
Local utility specifications (voltage, frequency, cooling water availability)
Factory floor space and ceiling height
Email your requirements to ceo@cxsljx.com or contact us via WhatsApp/WeChat for a preliminary consultation.
Within 3–5 business days, our engineering team delivers a detailed proposal including:
Recommended CX Series model and configuration
Complete line layout drawing with utility connection points
Technical specification datasheet
Commercial quotation with delivery terms (FOB/CIF/DDP)
Project timeline and payment milestones
We invite you to visit our Zhangjiagang manufacturing facility to:
Witness a CX Series line in operation at our demonstration center
Meet the engineering, quality control, and after-sales teams
Review raw material formulations with our process engineers
Conduct a detailed technical review of your customized proposal
Can't travel? Join a live video walk-through of our factory and a running production line—scheduled at your convenience.
Upon proposal approval and deposit, we assign a dedicated project manager who becomes your single point of contact through installation, commissioning, and beyond. Foundation drawings and utility planning documents are issued immediately to begin civil works while your CX Series line enters the manufacturing queue.
Contact Chenxing Machinery — SPC Flooring Line Specialists
Contact Person: Nicole
Phone / WhatsApp: +86 15951187228
Email: ceo@cxsljx.com
Company: Zhangjiagang Chenxing Machinery Co., Ltd.
Website: www.chenxingmachinery.com
