The Climate Demands More Than Insulation
In Greece, the real issue isn’t losing heat—it’s managing solar gain.
Standard Low-E glass traps warmth inside, which is useful in colder countries like Germany or Sweden. But in Athens, Thessaloniki, or the islands, this can lead to overheating, excessive air conditioning use, and rising energy bills.
Solar Low-E Glass, on the other hand, is engineered to:
• Reflect infrared radiation, reducing unwanted heat gain.
• Allow natural daylight without harsh glare.
• Keep interiors cool, even under intense Greek sun.
• Cut cooling costs dramatically where A/C is a major energy expense.
Modern buildings in Greece increasingly feature large windows, minimalist facades, and open interiors. Solar Low-E Glass supports this lifestyle by combining:
• Solar control (blocking heat)
• Thermal insulation (keeping interiors stable)
• UV protection (preserving fabrics and furnishings)
• Visual clarity (maintaining architectural beauty)
Sustainable Living Meets Greek Aesthetics
Greece is also part of the EU’s Green Deal and Nearly Zero-Energy Buildings (nZEB) directive. Using solar control glazing isn’t just a choice—it’s rapidly becoming a requirement for energy efficiency certifications and real estate value.
Plus, in a country where outdoor-indoor living is a way of life, Solar Low-E Glass enables:
• Panoramic sea or mountain views
• Light-filled interiors without overheating
• Reduced carbon footprint year-round
Solar Low-E Glass
Brilliant Clarity. Intelligent Efficiency. Timeless Comfort.
Solar Low-E (Low Emissivity) Glass is a next-generation architectural glazing solution engineered to reflect infrared and ultraviolet light while allowing optimal visible light transmission. Its microscopically thin metallic coating on the glass surface works as a thermal filter—keeping interiors cool in summer and warm in winter—without compromising natural daylight or aesthetic appeal.
Today’s homeowners, architects, and developers demand more from glazing than ever before. The ideal window solution must:
• Enhance energy efficiency without compromising design.
• Offer maximum daylight with minimal glare.
• Block harmful UV rays to protect interiors and occupants.
• Provide thermal and acoustic comfort in all seasons.
• Maintain clarity and performance for decades with low maintenance.
Thermobelt Solar Low-E Glass meets these expectations—and often exceeds them.
Greece is blessed with abundant sunshine and a Mediterranean climate—long, hot summers and mild winters. While standard Low-E glass is excellent for retaining indoor heat in colder climates, it’s not optimized for the solar challenges that buildings face in southern Europe.
That’s where Solar Low-E Glass excels.
The performance of a solar Low-E system depends heavily on the quality of the insulating glass bonding—that is, how the panes are sealed together, and how the cavity between them is treated.
A high-quality IGU bond ensures:
• Zero moisture infiltration (avoiding fogging and haze)
• Gas retention for long-term thermal efficiency
• Structural integrity under heat and pressure fluctuations
• Long service life without optical distortion
Think of it not just as a window—but as a climate shield for your building.
Think of YALODOMI IGU’s
