SPC Flooring vs WPC Flooring
SPC flooring and WPC (Wood Plastic Composite) flooring are both popular rigid core flooring options used in residential and commercial interiors. While they may look similar on the surface, their internal structure, performance, comfort, and suitability for different environments vary. This comparison explains the key differences to help you choose the right flooring for your project.
What Is SPC Flooring?
SPC flooring is manufactured with a stone-based composite core that delivers exceptional rigidity and dimensional stability. This rigid structure prevents expansion, contraction, and warping, making SPC flooring ideal for high-traffic areas and moisture-prone environments. It is fully waterproof and designed for long-term durability.
What Is WPC Flooring?
WPC flooring uses a wood-plastic composite core that contains foaming agents, resulting in a softer and more cushioned structure. It offers improved comfort underfoot and better sound absorption compared to SPC, while still providing good water resistance for interior applications.
SPC Flooring vs WPC Flooring: Key Comparison
| Feature | SPC Flooring | WPC Flooring |
|---|---|---|
| Core Material | Stone-plastic composite | Wood-plastic composite (foamed core) |
| Water Resistance | 100% waterproof | Water resistant to waterproof |
| Durability | Very high impact resistance | Moderate to high durability |
| Stability | Excellent dimensional stability | Good stability, slightly more flexible |
| Comfort Underfoot | Firm feel | Softer, cushioned feel |
| Sound Insulation | Moderate (improves with underlay) | Better natural sound absorption |
| Installation | Click-lock or glue-down | Mainly click-lock |
| Lifespan | 10–20+ years | 8–15 years |
Main Differences Explained
1. Core Strength and Stability
SPC flooring has a denser, harder core that resists dents, heavy furniture, and rolling loads. WPC flooring is softer and slightly flexible, which improves comfort but makes it less resistant to heavy impact.
2. Moisture and Temperature Performance
SPC flooring performs better in humid or moisture-prone areas due to its stone-based core. WPC flooring handles normal moisture well but may be more sensitive to extreme temperature changes.
3. Comfort and Acoustics
WPC flooring provides a warmer, quieter, and more cushioned feel underfoot, making it comfortable for bedrooms and living spaces. SPC flooring feels firmer but offers superior stability and load-bearing capacity.
4. Subfloor Tolerance
SPC flooring can be installed over slightly uneven subfloors thanks to its rigid structure. WPC typically requires a flatter subfloor to avoid flexing or visible imperfections.
5. Application Suitability
SPC is preferred for commercial areas, kitchens, offices, and high-traffic zones. WPC is better suited for residential interiors where comfort and noise reduction are priorities.
Which Flooring Should You Choose?
Choose SPC Flooring If:
- You need maximum durability and impact resistance
- The area has heavy foot traffic or rolling loads
- You want a stable, waterproof floor for long-term use
Choose WPC Flooring If:
- You prefer softer, cushioned flooring underfoot
- The space is residential with moderate traffic
- Sound absorption and comfort are priorities
Frequently Asked Questions (FAQ)
1. Is SPC better than WPC?
SPC is better for durability and moisture resistance, while WPC offers more comfort.
2. Can SPC and WPC be used in kitchens?
Yes, but SPC is more suitable for kitchens due to its higher stability and water resistance.
3. Which flooring lasts longer?
SPC flooring generally has a longer lifespan due to its rigid core.
4. Is WPC flooring waterproof?
Most WPC floors are water resistant and suitable for interior use, but SPC performs better in wet conditions.
5. Which is better for commercial spaces?
SPC flooring is usually preferred for commercial and high-traffic applications.
Raltro
Raltro helps users compare flooring technologies by explaining how different core structures affect performance, comfort, and application suitability. By presenting SPC and WPC flooring options side by side based on durability, moisture resistance, and usage scenarios, the platform supports informed decision-making during the planning and specification stage before materials are sourced.