Romeroca extrusion machine is the most important process of SPC flooring producing. The extruder converts the mixed raw materials into the SPC core layer by the double-cone screw and T-die, and laminating the wear-resistant layer and decor film on the core layer with four-roller or five-roller calendering, and finally form the SPC flooring big board. Romeroca SPC flooring extruder, manufacturered from the China biggest extruder machine factory, is Top 1 selling in Vietnam and China, also very popular in global market.
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RFS-Z110/220
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Romeroca
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25000-28000(kg/24h)
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460KW
SPC Flooring Extrusion Machine for Rigid Core Flooring Production

Romeroca SPC Flooring Extrusion Machine is designed for manufacturers producing Stone Plastic Composite flooring boards at industrial scale. The machine converts PVC resin, calcium carbonate and additives into a stable SPC core through a conical twin-screw extruder and T-die, then laminates the wear layer and decorative film by four-roller or five-roller calendering.
For flooring factories comparing SPC floor production line suppliers, the key evaluation points are output stability, thickness control, lamination peel strength, embossing consistency, energy efficiency, operator control and after-sales support. Romeroca positions this extrusion system as the core machine in a turnkey SPC flooring production project.
Quick Specifications
Main Process
Twin-screw extrusion, T-die forming, online lamination and calendering.
Available Models
RFS-Z92/188, RFS-Z110/220 and co-extrusion configuration.
Capacity Range
14,000–28,000 kg per 24 hours depending on configuration.
Board Thickness
Typical SPC board thickness range: 3–6 mm.
Core Equipment
Extruder, T-die, calender, lamination device, cooling bracket, cutter and stacker.
Project Support
Factory layout, installation guidance, training, spare parts and technical service.
Extrusion Machine Information

The extrusion section is the most important process in SPC flooring manufacturing. It determines core density, sheet flatness, thickness tolerance, thermal stability and downstream lamination quality. Romeroca uses a conical twin-screw extruder with a T-die and calender system to produce large SPC boards before cutting, slotting, UV coating and packing.
Romeroca Extrusion Machine Specifications
| Extruder Model | RFS-Z92/188 | RFS-Z110/220 | RFS-Z92/188 & RFS-Z80/156 For coex |
|---|---|---|---|
| Capacity (kg/24h) | 14000-18000 | 25000-28000 | 17000-20000 |
Why Choose Romeroca SPC Flooring Extrusion Line

Patented extrusion and lamination design based on more than 10 years of sheet extrusion and flooring production experience.
High-output and stable running performance for rigid core SPC flooring production.
Four-roller or five-roller calendering options for different lamination, embossing and surface requirements.
Improved peel strength between SPC core, decor film and wear layer through online thermal lamination.
Consistent embossing depth for more realistic flooring texture and stable visual quality.
Reduced waste during decor film and wear layer changeover.
Flexible configuration for standard SPC flooring, co-extrusion SPC flooring and turnkey production projects.
Support for factory layout, equipment commissioning, operator training, formulation guidance and spare parts supply.
SPC Flooring Extruder Machine Technical Details
The following table keeps the original detailed parameters while cleaning the HTML structure for better readability, indexability and AI answer extraction.
| No. | Component / Parameter | Specification |
|---|---|---|
| 1 | Conical Twin Screw Extruder (110/220) | |
| Screw | ||
| Type | Conical Twin Screws | |
| Diameter (Front/Back) | 110/220mm | |
| Material | 38CrMoAlA with Bimetallic Alloy | |
| Treatment | Nitride | |
| Thickness of nitride layer | 0.6-0.7mm | |
| Hardness | HV 740 – 940 | |
| Roughness | Ra≤0.8um | |
| Rotation speed(r/min) | 1~34.7 r/min | |
| Barrel | ||
| Barrel material | 38CrMoAl with SKD Alloy Sleeve | |
| Treatment | Nitride with Hardness 900-1000HV | |
| Heating zone | Six zones | |
| Heating on Feed inlet (1 st zone) | Ceramic heater | |
| Heater (2 nd to 6 th zone) | Aluminum heater | |
| Heating power(kW) | 80KW | |
| Temperature range(℃) | 50~300 | |
| Cooling zone | Five zones | |
| Cooling | Air blower with Water circulation | |
| Drive | ||
| Motor | AC motor (Siemens Beide/WNM) | |
| Motor Power | 200KW | |
| Speed driver | Frequency inverter (TECO/ABB) | |
| Gearbox | Horizontal | |
| Gears material in Gearbox | 20CrMoTi Alloy steel | |
| Connection (motor & gearbox) | Motor connected with gearbox in the behind | |
| Vacuum venting | ||
| Vacuum pump | Liquid ring vacuum pump | |
| Power | 7.5KW | |
| Vacuum degree | 0~-0.09Mpa | |
| Dust collection tank | Two pcs | |
| Feeding | ||
| Hopper for loading material | SUS304 stainless steel with sight glass | |
| Feeding | By screw rotating | |
| Feeding screws | Double screws | |
| Drive | 2.2KW gearmotor | |
| Speed driver | Frequency inverter (ABB brand) | |
| Blender unit | Avoid powder bridging | |
| Control | ||
| Control cabinet | Integrated in the extruder | |
| Control cabinet cooling system | Air Blow cooling for power cabinet | |
| Control | All motors and temperature control circuits (total 16 zones) and melt pressure and alarms in extruder | |
| Temperature Control type | Temperature control meters | |
| Manu display in language | English / Chinese | |
| Operation | Touch and button | |
| Overload alarm | Included | |
| General parameter | ||
| Extruder Max. capacity | 1500kg/h | |
| Production capacity (recommend) | 1000-1250kg/h | |
| 4 mm product | 3000-3500 m²/day | |
| Total installation power | 300KW | |
| Weight | 11500Kg | |
| Length | 8000mm | |
| Width | 1800mm | |
| Height (included loader) | 4800mm | |
| Extrusion centerline height | 1000mm | |
| 2 | T-Die | |
| Outlet width | 1050mmm (to be confirmed when place order) | |
| Outlet gap for thickness | 3-6mm | |
| Max width of product | 980-1000mm | |
| Thickness range for product | 3-6mm | |
| Structure | Coat hanger type | |
| Material | 5CrNiMo mould alloy steel | |
| Die lip flow surface roughness | 0.015-0.02 um | |
| Chrome plate in the flow channel | 0.04-0.06 mm | |
| Heating | Electrical heater | |
| Heating zone | 7 zones | |
| Fasten | By bolts | |
| Total installation power | 36KW | |
| Weight | 1000Kg | |
| 3 | Support Frame for T-die | |
| Material | Steel frame with painting | |
| Moving | On rail | |
| Centerline height | 1000mm | |
| Height adjustment range | 50mm | |
| Weight | 100Kg | |
| 4 | Four Roller/Five Roller Calender with lamination | |
| Roll quantity | Four rollers / Five Rollers | |
| Structure | L type with rollers horizontal layout | |
| Body of Frame | Square Steel frame | |
| Roller diameter | 400mm | |
| Roller length | 1500mm | |
| Roller raw material | Seamless steel tube | |
| Treatment on roller | Quench and surface chrome plate | |
| Hardness on roller surface | >HRC50 | |
| Chrome plate thickness | 0.08-0.12mm | |
| First 1 and 2 rollers | Mirror roller | |
| Mirror roller surface | Ra<0.025um | |
| 3 rd roller for sheet bottom surface | Embossed as Seller standard | |
| 4th roller for sheet top surface | Pattern as buyer ordered | |
| Surface embossing depth monitor | Included | |
| Roller rotating driven | Gear motor | |
| Motor | 1.5KW x 4 sets/ 5 sets | |
| Motor quantity | 4 sets /5 sets independent drive on each roller | |
| Rotating speed control | Frequency inverter from ABB | |
| Linear Speed | 0-6m/min | |
| Speed synchronization on all rollers | Included | |
| Distance between rollers | 0-50mm | |
| Distance adjustment | By motor or manual | |
| Roller move driven | 0.37KW x 2 sets for 1 st and 4 th roller/ 5 th Roller | |
| Bearing | For high temp. resistance | |
| Rotating connectors | 8 pcs of 1.25’’ inch | |
| Calender moving | On guide rail | |
| Movement motor | 1.5KW AC motor | |
| Control | Meter control | |
| Total installation power | 10KW | |
| Weight | 9500Kg | |
| 5 | Lamination device | |
| Platform height | 2400mm | |
| Unwinder shaft | Four pcs | |
| Air Shaft diameter | 76mm | |
| Shaft length | 1500mm | |
| Tension control | Magnetic powder brake | |
| Film feeding device | Two sets | |
| Haul off for film | Steel roller and rubber roller | |
| Feeding device driven | 0.55Kw | |
| Deviation rectification control | Included | |
| Unwinder Movement | on linear guideway | |
| Lamination press roller | Two sets of 120mm Silicon rubber rollers | |
| Total installation power | 10 KW | |
| Weight | 1200 Kg | |
| 6 | Roller temperature controller | |
| Controller quantity | Each set for each roller | |
| Conduct media | Conduct oil | |
| Cooling media | Soft water (from factory water circulation) | |
| Temp control range | 40-200℃ | |
| Temp control tolerance | +1℃ | |
| Oil pump power | 2.2KW x 3 sets | |
| Heating power | 15KW x 3 sets | |
| Total installation power | 50KW | |
| Weight | 500Kg | |
| 7 | Cooling bracket | |
| Length | 16m | |
| Width | 1500mm | |
| Roller | Stainless steel roller | |
| Air curtain blower for cooling | 4 sets + 2 sets Air Blower | |
| Total installation power | 1.5KW | |
| Weight | 700 Kg | |
| 8 | Trimming blade | |
| Blade quantity | Two pieces | |
| Trimming width on product | As per T-die width | |
| Weight | 20 kg | |
| 9 | Haul off | |
| Type | Rollers pulling | |
| Rollers quantity | one couples | |
| Roller size | 1500mm | |
| Roller diameter | 250mm | |
| Roller | Rubber roller | |
| Clamp | Pneumatic cylinder | |
| Drive | 3KW gear-motor | |
| Transmission | Gears drive | |
| Speed control | Frequency inverter (ABB brand) | |
| Speed range | 0-4m/min | |
| Total installation power | 3 6W | |
| Weight | 1000 Kg | |
| 10 | Shear cutter | |
| Cutting | Guillotine cutting | |
| Cutting Max width | 1300mm | |
| Cutting Max thickness | 1-6mm | |
| Cutting motor | Brake motor | |
| Total installation power | 5.5KW | |
| Weight | 800 Kg | |
| 11 | Auto Stacker | |
| Length counting | Position sensor | |
| Suction cup | 8 pcs | |
| Lifting weight | Up to 50kg | |
| Size of estimated product | 1000mm x 1800mm | |
| Moving drive | Servo motor | |
| Control and parameter input | PLC | |
| Installation power | 4KW | |
| Weight | 550kg | |
| Components brand list | ||
| A. | Main Motor of Mixer and Extruder | Siemens standard /WNM |
| B. | Frequency inverter of extrusion line | ABB/TECO |
| C. | Temperature meter | RKC/Omron/FIJI |
| D. | Electrical components | Siemens / Schneider / CHINT / DELIXI |
| E. | Gearmotor | REDSUN |
| F. | T-die | Top brand |
Romeroca Electrical Partners

Stable electrical components are important for long-term extrusion output, temperature control and speed synchronization. Romeroca can configure recognized electrical brands such as Siemens, ABB, Schneider, Omron, RKC, TECO, CHINT and other brands according to the project requirement and machine configuration.
Romeroca Certificates and Patents

Certificates, patents and production references help international flooring factories evaluate manufacturing capability, machine compliance and long-term cooperation risk before purchasing a full SPC flooring production line.
Overseas Cases of Extrusion Machine


Romeroca supports overseas SPC flooring production projects with machine layout planning, installation guidance, commissioning support, operator training and spare parts service. This is especially important for new flooring factories that need both equipment and production know-how.
What Is SPC Flooring?

SPC flooring, also called Stone Plastic Composite flooring or rigid core vinyl flooring, is made from PVC resin, limestone powder and stabilizers. Compared with traditional LVT and WPC flooring, SPC flooring has a denser rigid core, better dimensional stability and strong resistance to moisture, indentation and deformation.
SPC flooring is widely used in residential apartments, hotels, offices, retail stores, hospitals and other commercial interiors. For manufacturers, the production line must control raw material mixing, plasticization, sheet flatness, lamination adhesion, UV surface quality, click profiling and finished-board packing.
Full Production Process of SPC Flooring

1. Crushing & Milling
SPC production generates fragment waste. The waste can be crushed and milled into powder for recycling back into the raw material system, reducing material loss and production cost.
2. Mixing
PVC resin, calcium carbonate, stabilizer, lubricant and other additives are mixed in a high-speed mixer. The material is then cooled to prevent agglomeration, discoloration and unstable feeding.
3. Extrusion
Mixed materials are extruded into a sheet through the twin-screw extruder and T-die. Wear layer and decorative film are laminated by four-roller or five-roller calendering to form SPC boards.
4. UV Coating
A UV coating machine applies a protective surface layer to improve scratch resistance, abrasion resistance, dust resistance and gloss consistency.
5. Cutting
A multiple ripsaw or cutting system cuts the large SPC board into required plank sizes before profiling.
6. Slotting
Longitudinal and transverse double-end tenoners process the plank edges into click-lock profiles using suitable click systems and PCD cutters.
7. V-Groove Painting
Optional V-groove painting improves edge appearance and creates a flooring look similar to laminate flooring.
8. IXPE/EVA Underlay Laminating
IXPE or EVA underlay can be laminated on the back of the SPC plank to improve acoustic comfort and product value.
9. Packing
Semi-automatic or fully automatic packing equipment can be selected according to factory capacity, labor cost and automation target.
Complete SPC Flooring Project Solution
A buyer searching for an SPC flooring extrusion machine usually needs more than the extruder itself. Romeroca can help customers plan a complete rigid core flooring factory from raw material preparation to finished plank packaging.
SPC Flooring Full Production Line
Extruder, mixer, crushing and milling machine, UV coating machine, click slotting machine, cutting machine, V-groove painting machine, IXPE/EVA lamination machine and packing machine.
Raw Materials for Rigid Core PVC Flooring
PVC SG5, stabilizer, ACR, CPE, PVC lubricant, PE wax, wear layer, PVC decor film, IXPE/EVA underlayment and UV coating materials.
Spare Parts for SPC Flooring Manufacturing
PCD cutters, PCD saw blades, extruder mould, surface rollers, screw and barrel, UV rollers, UV lamps and other machine accessories.
Testing Equipment for Flooring Factories
Drying ovens, tensile testers, wear testers, scratch testers, click strength testers, click projectors and other quality control instruments.
About Romeroca
Romeroca Industry Co., Limited is a professional sales and technical service company dedicated to the flooring industry for 15 years. Headquartered in Changzhou, Jiangsu, China, with branches in Hong Kong and Vietnam, Romeroca supports global flooring factories with machinery, materials and technical services.
Romeroca specializes in laminate flooring and PVC flooring industry solutions, with products exported to 82 countries. Since 2015, the company has focused on one-stop supply and services for overseas flooring factories, including flooring production lines, raw materials, product consultancy, inspection, new product development and strategic project analysis.
For new SPC flooring factories and existing flooring manufacturers, Romeroca can provide complete project support from machine configuration and factory layout to installation guidance, commissioning, operator training, spare parts supply and long-term production strategy.
Our Services & After-Sales Support
12-month warranty on Romeroca machines, excluding normal wear parts.
36-month tracking service and 24-hour response support.
Factory production process design and machine layout planning.
Installation guidance, commissioning support and operator training.
Timely supply of spare parts and consumables for SPC flooring production.
Support from raw materials and formulation to finished flooring production.
Frequently Asked Questions
What is an SPC Flooring Extrusion Machine?
An SPC Flooring Extrusion Machine produces Stone Plastic Composite flooring by extruding mixed PVC resin, calcium carbonate and additives into a rigid core sheet, then laminating wear layer and decorative film through a calendering system.
How does an SPC flooring extrusion line work?
The process normally includes raw material mixing, extrusion through a twin-screw extruder and T-die, calendering, online lamination, cooling, trimming, haul-off, cutting and stacking. Downstream equipment can include UV coating, click slotting, underlay lamination and packing.
What raw materials are used for SPC flooring production?
Common raw materials include PVC SG5 resin, calcium carbonate powder, stabilizer, ACR, CPE, PVC lubricant, PE wax, PVC decor film, wear-resistant layer, UV coating material and optional IXPE or EVA underlayment.
What is the production capacity of Romeroca SPC flooring extruders?
Romeroca extrusion configurations listed on this page cover 14,000–18,000 kg per 24 hours, 25,000–28,000 kg per 24 hours and 17,000–20,000 kg per 24 hours for co-extrusion configuration.
Can the machine produce different SPC flooring thicknesses?
Yes. The listed T-die and production configuration support common SPC flooring thicknesses from 3 mm to 6 mm. Final thickness range can be adjusted according to product design, market demand and die configuration.
What is the difference between four-roller and five-roller calendering?
Four-roller calendering is commonly used for standard SPC board lamination and forming. Five-roller calendering gives more flexibility for surface control, lamination pressure, embossing quality and higher-end flooring requirements.
Can Romeroca provide a complete SPC flooring production line?
Yes. Romeroca can supply the extrusion line and related equipment such as mixer, crusher, milling machine, UV coating machine, click slotting machine, cutting machine, V-groove painting machine, IXPE/EVA laminating machine and packing machine.
Is this machine suitable for a new SPC flooring factory?
Yes. For new factories, Romeroca can support machine configuration, factory layout, installation guidance, commissioning, operator training, raw material advice and spare parts supply.
How should buyers choose the right SPC flooring extrusion machine model?
Buyers should compare target daily output, board width, thickness range, automation level, electrical configuration, available workshop space, local power supply, operator skill level and downstream equipment plan before selecting the model.
What information is needed to request a technical proposal?
To prepare a proposal, provide target capacity, product size, thickness range, flooring structure, expected automation level, voltage, factory space, raw material plan and whether downstream UV coating, slotting and packing equipment is required.
Get a Free Technical Proposal
Send your target SPC flooring capacity, board size, thickness range, voltage and factory layout requirements. Romeroca can recommend a suitable extrusion machine configuration and complete production line solution.