THE SCIENCE BEHIND EFFICIENT COMFORT: MENRED UNDERFLOOR HEATING SYSTEM TECHNOLOGY

UNDERFLOOR HEATING SYSTEMS have evolved from simple pipe networks to sophisticated climate control solutions. MENRED's latest generation floor heating technology incorporates gradient temperature field design that fundamentally changes how warmth is distributed through living spaces.

Technical Breakthrough: Gradient Temperature Field

Traditional floor heating often creates "hot spots" near pipes and "cold zones" between circuits. Our patented solution (Patent No. CN202310845XXX) uses computational fluid dynamics-optimized pipe layouts combined with variable flow rate controls to maintain surface temperature variations below 1.5°C across the entire floor area.

System Components and Specifications:

PEX-Aluminum Composite Pipes:

• Oxygen barrier layer: EVOH thickness 0.2mm
• Operating pressure: 6 bar at 95°C
• Thermal conductivity: 0.45 W/(m·K)
• Expected service life: >50 years

Smart Distribution Manifolds:

• Individual loop temperature control
• Flow rate monitoring accuracy: ±2%
• Leak detection sensors integrated
• WiFi/Bluetooth connectivity

Insulation Systems:

• Thermal resistance: R-value ≥1.5 m²K/W
• Moisture resistance: ≤0.5% water absorption
• Fire rating: Class A1 non-combustible

Performance Data from Laboratory Testing:

• Extensive testing at our CNAS-certified laboratory demonstrates remarkable efficiency:
• Heat-up Time: Rooms reach set temperature 40% faster than conventional systems
• Vertical Temperature Gradient: Maintains ≤2°C difference between floor and 1.7m height
• Energy Consumption: 38-42% reduction compared to radiator systems
• Surface Temperature Uniformity: 95% of floor area within ±1°C of target temperature

Installation Advantages:

• The modular design allows installation in various scenarios:
• New Construction: Complete system integration during building phase
• Retrofit Projects: Low-profile solutions (total height increase: 15mm)
• Partial Installation: Room-by-room implementation without system compromise

Comparative Analysis with Traditional Heating: