What is Electrically heated glass?
Electrically heated glass is a high-tech glass product that generates heat through an internal conductive coating or metal wire when electrified. It can rapidly heat up and maintain a stable temperature, effectively solving problems such as frosting and fogging in winter. Compared to traditional glass, electrically heated glass not only boasts excellent light transmittance and safety, but also incorporates intelligent temperature control functions, making it widely applicable in construction, transportation, and specialized industries.
Characteristics of Electrically heated glass
- Efficient demisting and defrosting: After being powered on, the electrically heated glass can rapidly heat up within 3-5 minutes, ensuring uniform temperature distribution on the glass surface. This thoroughly eliminates fog and frost, maintaining clear visibility. It is particularly suitable for building and vehicle glass in cold regions.
- Energy conservation and environmental protection: By combining Low-E coating and insulating layer design, the electrically heated glass reduces heat loss while heating, thereby lowering building energy consumption and meeting green energy conservation standards.
- Safety and stability: Made of tempered glass substrate, it is resistant to high temperatures and impacts. The heating system is equipped with overload protection to avoid overheating risks, ensuring stability and reliability for long-term use.
- Intelligent control: Electric heating glass can be connected to a thermostat or smart home system to enable remote adjustment, scheduled on/off, and enhance convenience of use.
Structural analysis of electrically heated glass
- 12mm Clear Coating tempered glass (outer layer)：High-strength tempering treatment, strong impact resistance, and compliance with safety glass standards. The surface is coated with an anti-fouling layer, making it easy to clean and possessing excellent weather resistance. It maintains high light transmittance even after long-term use.
- 16A air layer (double-layer hollow design)：The double-layer hollow structure effectively blocks heat transfer, enhances overall thermal insulation performance, and reduces building energy consumption.
- 6mm Low-E tempered glass (intermediate layer)：Low-E coating can reflect infrared rays, blocking external heat in summer and reducing indoor heat loss in winter, thus improving energy efficiency by more than 30%.
- 12mm Heated Coating Tempered Glass (Inner Layer)：Equipped with a uniform conductive heating coating, it heats up quickly after being powered on (reaching working temperature within 3-5 minutes), with a surface temperature of up to 40-60℃, effectively melting ice and frost and eliminating fog.
An intelligent temperature control system is optional, allowing for precise temperature regulation and preventing overheating losses.
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