Foshan Electric Heating Glass Manufacturer | Guangdong Haibo Specialty Glass – Custom Electric Heating Glass for Anti-Fog and Defrosting


Release time:

May 21,2026

Foshan Electric Heating Glass Manufacturer | Guangdong Haibo Specialty Glass – Custom Electric Heating Glass for Anti-Fog and Defrosting

Electric‑heated glass, also known as electrothermal glass or defogging and snow‑melting glass, is a specialized functional glass produced by integrating a conductive heating layer within the glass substrate. When energized, its surface heats uniformly, quickly achieving defogging, frost removal, snow melting, and moisture‑proofing. It offers clear light transmission and stable performance, and when combined with insulated or laminated glass technologies, it delivers thermal insulation, soundproofing, and enhanced safety and explosion resistance—making it a practical, multifunctional glass suitable for a wide range of industries.

 Electrically Heated Glass (2)

I. Core Advantages of Electric-Heated Glass

  1. Quick defogging and defrosting
    In low-temperature, humid environments, it resists fogging and icing; when powered on, it heats up rapidly, ensuring a consistently clear field of view, and is suitable for various lighting and observation windows.
  2. Constant temperature control, more peace of mind.
    It can be paired with an intelligent temperature-control system, allowing you to freely adjust the temperature while maintaining reasonable power consumption, making it energy-efficient and environmentally friendly for everyday use.
  3. Safe, durable, and consistently reliable quality.
    It employs an insulating protective coating that is waterproof, moisture‑resistant, and prevents electrical leakage. Tempered for enhanced impact resistance, it offers a long service life.
  4. A wide range of style customization options
    It can be manufactured in flat, curved, custom-shaped, hollow, and laminated composite configurations, and supports customized production to meet various voltage and power requirements.

[Figure 2: Diagram of the electric-heating glass heating test setup]
Image caption: Foshan Haibo Special Glass – Electric Heating Glass Temperature-Rising Test

II. Common Application Scenarios for Electrically Heated Glass

  1. Architectural applications: sunrooms, skylights, outdoor curtain walls, and glass patio doors.
  2. Cold-chain industry: cold-storage door glass, observation windows for refrigerated trailers, and fresh-food cold-chain display cabinets.
  3. Transportation sector: ship portholes, rail transit observation windows, and windshields for construction machinery.
  4. Medical Research: Laboratory Observation Windows, Medical Isolation Viewing Windows, Cleanroom Glass
  5. Everyday Commercial Use: Anti-fog bathroom glass, outdoor guard booth glass, villa viewing glass
 Electrically Heated Glass (2)

III. Guangdong Haibo’s Strength in Customizing Electric-Heated Glass

Guangdong Haibo Specialty Glass is located in Shunde, Foshan, and specializes in the production and processing of various types of… Electrically Heated Glass , with a fully integrated deep-processing production line, we can customize dimensions, thickness, heating power, and installation styles to meet customer requirements.
We rigorously control our manufacturing processes and conduct comprehensive testing—covering insulation, heat dissipation, and safety—before products leave the factory. We support both large‑volume project deliveries and custom‑made orders, with reliable lead times and robust after‑sales service.

[Image 3: On-site shot of the Haibo Glass production workshop]
Image caption: Real-life view of the workshop at the source manufacturer of electric-heating glass in Foshan, Guangdong.

 Electric Heating Glass (5)

IV. General Tips for Purchasing

Electrically heated glass on the market falls into two main categories: ITO‑film heating and electric‑wire heating. Hollow‑glass designs are ideal for architectural daylighting, while laminated‑glass configurations are better suited for high‑altitude and outdoor safety applications. Users can select the appropriate type based on their operating environment, temperature‑difference requirements, and installation location to minimize costs.