ELECTRICAL HEATING GLASS
Improve Indoor Comfort
Our windows help maintain room temperature by preventing convection (the feeling of coldness and draftiness you feel when you're close to a traditional glass window).
Convection happens when the air close to glass becomes cooler than the air in the rest of the room. But when glass is heated to just one or two degrees higher than room temperature, it stops convection (and heat loss), allows you to lower your thermostat, and lets you save on energy and heating costs.
Electrical Heating Glass Excellence
IQRG Electrically Heated Glass offers precise condensation control, ice and snow melting capabilities, and unparalleled thermal comfort exactly when and where it's needed. It takes minimalism to the next level, blending seamlessly without visual intrusion, moving parts, or noise, while delivering astonishingly efficient performance.
The thermal efficiency of Electrically Heated Glass is unmatched, providing a proven solution.
Structural Electrically Heated Glass is versatile, suitable for use in walls, floors, bridges, and roof elements.
The radiant warmth emitted by our windows creates a significant barrier between indoor warmth and outdoor cold, reducing heat loss through windows controlled by thermostats. This results in fewer drafts, heightened comfort, and savings on energy and heating costs.
Electrically Heated Glass, such as IQ Radiant Glass, leverages advanced technology to integrate heating elements directly into the glass pane. A thin, transparent conductive coating, typically made of materials like indium tin oxide (ITO), is applied to one of the inner surfaces of the glass. This coating is crucial for conducting electricity while maintaining the glass’s transparency.
Fifth-generation lasers modify the conductive coating to create a precise resistive circuit within the glass. The laser modification is essential as it defines the areas where heat will be generated when an electrical current is applied, ensuring uniform heat distribution and preventing cold spots.
Advanced control systems, including thermostats and sensors, regulate the electricity supplied to the glass, maintaining the desired surface temperature and ensuring consistent warmth without overheating. Safety mechanisms, such as temperature sensors and automatic shut-off features, are integrated to prevent the glass from overheating, ensuring safe operation within its design parameters..
Electrically Heated Glass prevents condensation by maintaining a warmer glass surface, eliminating issues like window sweating and frost. The radiant heat creates a comfortable indoor environment, reducing the need for traditional heating systems near windows. This technology also minimizes heat loss through windows, enhancing energy efficiency and reducing heating costs. The integration of heating elements within the glass maintains a sleek, unobtrusive appearance, preserving the aesthetic integrity of windows and doors.
Electrically Heated Glass, enhanced with fifth-generation laser technology, represents a significant advancement in window and door systems. By creating a precise resistive circuit within the conductive coating, this technology provides efficient and uniform heating, ensuring superior thermal comfort, energy efficiency, and condensation control. This makes it an ideal choice for modern architectural designs aiming to combine functionality and aesthetics.
Benefits of Electrical Heating Glass
Combat Condensation
Radiant Heating Glass is an excellent solution for eliminating condensation from the surface of glass in hot and humid conditions. By slightly warming the glass surface above the dew point, it balances the temperature and keeps windows clean and clear, ensuring unobstructed views and preventing moisture buildup.
In hot and humid climates, heating elements are typically installed on the exterior of the glass. However, for environments where humidity is generated from within the building, such as swimming pools and spas, the heating elements can also be installed on the interior. This versatility makes Radiant Heating Glass an ideal choice for maintaining clear, condensation-free windows in a variety of settings.
Manage The Elements
Thermal glass will melt frost, prevent the buildup of ice and snow on canopies and skylights all while providing indoor thermal comfort.
This isn't just a question of cosmetics - limiting the impact of winter weather can improve building integrity, enhance public safety, and save energy costs.
How Electrically Heated Glass Works
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