100% Environmentally Friendly Waterproof Luxury SPC Flooring
Manufacturing Process
Raw Material Preparation
Calcium carbonate powder and virgin PVC resin are precisely weighed and mixed to ensure stable formulation.High-Temperature Extrusion
Twin-screw extruders form dense SPC core sheets under controlled temperature and pressure.Calendering and Cooling
Sheets pass through multi-roller calendering lines to achieve uniform thickness and flatness.Lamination
Wear layer and decorative film are thermally bonded to the SPC core using calibrated presses.Profiling
CNC milling equipment creates precise click-lock profiles for installation accuracy.UV Surface Treatment
Multi-layer UV curing systems apply protective coatings for durability and scratch resistance.Inspection and Packaging
Dimensional tolerance, locking strength, and visual defects are inspected before shipment.
Product Definition
100% Environmentally Friendly Waterproof Luxury SPC Flooring is a rigid-core vinyl flooring system manufactured from stone-plastic composite materials, designed to deliver complete water resistance, low environmental impact, high dimensional stability, and consistent performance in residential, commercial, and engineered construction projects.
Technical Parameters and Specifications
Total thickness: 4.0–7.0 mm (core + wear layer + backing)
Wear layer thickness: 0.3 / 0.5 / 0.7 mm transparent PVC
Core composition: Calcium carbonate (≥65%) + virgin PVC
Density: 1.9–2.1 g/cm³
Plank size (typical): 1220–1520 mm × 180–230 mm
Water absorption: ≤0.05%
Fire rating: Bfl-s1 (EN 13501-1)
Slip resistance: R9–R10 (DIN 51130)
Formaldehyde emission: E0 / ≤0.005 mg/m³
Installation system: Click-lock or glue-down
Structure and Material Composition
UV Protective Coating
Enhances abrasion resistance and stain protection
Improves long-term color stability
Wear Layer
Transparent PVC layer providing mechanical protection
Thickness selected according to traffic class
Decor Film Layer
High-resolution printed stone or wood visuals
Colorfast inks with UV resistance
SPC Rigid Core
Stone-plastic composite for structural rigidity
Prevents expansion and contraction
Optional IXPE/EVA Backing
Acoustic damping and minor subfloor compensation
Improves walking comfort
Manufacturing Process
Raw Material Preparation
Calcium carbonate powder and virgin PVC resin are precisely weighed and mixed to ensure stable formulation.High-Temperature Extrusion
Twin-screw extruders form dense SPC core sheets under controlled temperature and pressure.Calendering and Cooling
Sheets pass through multi-roller calendering lines to achieve uniform thickness and flatness.Lamination
Wear layer and decorative film are thermally bonded to the SPC core using calibrated presses.Profiling
CNC milling equipment creates precise click-lock profiles for installation accuracy.UV Surface Treatment
Multi-layer UV curing systems apply protective coatings for durability and scratch resistance.Inspection and Packaging
Dimensional tolerance, locking strength, and visual defects are inspected before shipment.
Industry Comparison
| Flooring Type | Waterproof | Environmental Impact | Dimensional Stability | Maintenance Cost |
|---|---|---|---|---|
| Luxury SPC Flooring | 100% | Low | Very High | Low |
| Laminate Flooring | Limited | Medium | Medium | Low |
| Engineered Wood | No | Medium | Medium | Medium–High |
| Ceramic Tile | Yes | High (Energy) | High | Low |
Application Scenarios
Residential apartments and housing developments
Hotel rooms, corridors, and serviced apartments
Retail stores and commercial spaces
Healthcare and education facilities
EPC-managed renovation and fast-track construction projects
Core Pain Points and Solutions
Moisture-related floor failure → SPC rigid core ensures complete waterproof performance
Environmental compliance pressure → Formaldehyde-free and recyclable material formulation
Subfloor imperfections → Rigid core minimizes telegraphing of minor defects
High lifecycle costs → Low maintenance and long service life reduce total cost of ownership
Risk Warnings and Mitigation
Uneven subfloors beyond tolerance may affect locking integrity
Low-quality recycled PVC can compromise dimensional stability
Improper expansion gap planning may cause edge stress
Non-certified suppliers increase compliance and project risk
Procurement and Selection Guide
Define application area and expected traffic class
Select appropriate wear layer thickness
Confirm environmental and fire certification requirements
Evaluate locking system strength and installation method
Request full technical datasheets and test reports
Review factory quality control and production capacity
Approve samples through on-site mock-up installation
Engineering Case Example
In a mixed-use residential project covering approximately 5,000 m², luxury SPC flooring was specified for kitchens, corridors, and living areas. Click-lock installation enabled rapid deployment, achieving consistent surface flatness and zero water-related complaints after 18 months of operation.
FAQ
Is SPC flooring fully waterproof? — Yes, both surface and core are water resistant.
Is it suitable for bathrooms? — Suitable for dry-zone bathroom areas.
Can it be installed over existing tiles? — Yes, if flatness is within tolerance.
Does it emit harmful VOCs? — No, compliant with E0 standards.
Is underfloor heating compatible? — Yes, within temperature limits.
What is the expected service life? — Typically 15–25 years.
Is glue-down required? — Optional; click-lock is commonly used.
How is acoustic performance handled? — Optional IXPE/EVA backing improves sound reduction.
What maintenance is required? — Routine cleaning only.
What is the standard lead time? — Approximately 25–40 days.
Commercial CTA
For pricing, technical documentation, or project-specific samples of 100% environmentally friendly waterproof luxury SPC flooring, please submit your project requirements to our technical sales department for evaluation.
E-E-A-T Author Credentials
This document is authored by flooring engineers and project consultants with extensive experience in SPC flooring manufacturing, international supply chains, and EPC project support, ensuring technical accuracy, regulatory awareness, and procurement relevance.




