Thermal stability and underfloor heating: why Karvora SPC is the ideal choice
Thermal stability is crucial for long-lasting flooring.
Thanks to its mineral composition, SPC offers exceptional resistance to temperature changes and outstanding performance with underfloor heating systems.
1. The mineral structure of SPC
SPC is made of:
• high-density minerals
• stabilizing polymers
• multilayer technical components
This ensures:
• low thermal expansion
• high rigidity
• dimensional stability
• resistance to temperature variations
2. How SPC reacts to heat
SPC:
• does not swell
• does not warp
• does not open at the joints
• maintains its shape
It performs perfectly between 15°C and 35°C.
3. Perfect compatibility with underfloor heating
SPC is ideal because it:
• distributes heat evenly
• does not deform under constant heat
• keeps joints stable
• emits no harmful substances
Its low thermal resistance improves comfort and energy efficiency.
4. Advantages over other materials
SPC vs Laminate
Laminate contains wood → sensitive to heat.
SPC is mineral → stable.
SPC vs PVC
PVC expands more.
SPC maintains its shape.
SPC vs Porcelain Tile
Tile is stable but cold.
SPC is stable and warm.
5. Why Karvora chooses SPC for CORE
Because it offers:
• superior thermal stability
• enhanced comfort
• energy efficiency
• full compatibility with underfloor heating
• long-term durability
CORE is designed for comfort in every season.