CoolVu Launches Next-Gen Nano-Optical Window Film, Redefining Architectural Energy Efficiency
23 December, 2025
Precision Solar Control: Low Solar Heat Gain Coefficient (SHGC) while preserving 70%+ visible light transmission, eliminating glare and hotspots.
UV Protection: Blocks 99% of harmful UV rays, preserving interiors and reducing fading by 80%+.
Cost Compliance: Enables architects to meet energy standards without upgrading to premium glass, cutting project costs by 30–50% vs. full glazing replacement.
“Our Nano-Optic Series transforms glass from a liability into an asset,” said [CEO Name], CoolVu. “It’s a game-changer for sustainable design—delivering performance, aesthetics, and budget savings in one solution.”
Early adopters include commercial office towers and LEED-certified projects across North America, reporting 25–30% lower HVAC energy use post-installation.
Media Contact: [Name], CoolVu Marketing | [Email] | [Phone]
EWFA Advocates Window Film as Cost-Effective Energy Upgrade for Europe’s Aging Building Stock
FOR IMMEDIATE RELEASEBrussels, Belgium – June 23, 2025 – The European Window Film Association (EWFA) today issued a statement highlighting window film as a high-impact, low-cost solution to improve energy efficiency across Europe’s aging building stock. With EU countries replacing just 2% of windows annually, millions of outdated single and early double-glazed units remain in service, driving excessive heating and cooling energy use.
High-performance, multi-layered architectural window films can be applied directly to existing glass, delivering measurable benefits:
Dec 23, 25
Smart Photochromic Window Film Delivers 35% Annual Energy Savings, Study Finds
FOR IMMEDIATE RELEASE
FOR IMMEDIATE RELEASE
Helsinki, Finland – June 1, 2025 – A new study published in Glass Structures & Engineering confirms that advanced photochromic window film can reduce annual building energy consumption by up to 35% compared to standard double glazing. Developed by GPD, the dynamic film adjusts tint with sunlight, optimizing heat and light year-round.
Key findings:
Dec 04, 25
