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What is low e glass and what is its function?
Release time:
2023-08-17 15:56
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Low-E glass is a glass with low emissivity, its full name is Low-Emissivity glass. Low-E refers to low radiation, and radiation refers to the process by which energy is transferred from one object to another. Low-E glass achieves thermal insulation by coating a low-emissivity metal oxide film on the glass surface to reduce the radiation transfer of heat.
The role of Low-E glass mainly has the following aspects:
1. Improved thermal insulation: Low-E glass reflects thermal radiation and reduces heat energy transfer. It is able to reflect the heat of the room back into the room in winter, keeping the room warm; In summer, it can block the outside heat radiation from entering the room, reduce the indoor temperature, and improve the thermal insulation performance.
2. Energy saving and consumption reduction: Due to the excellent thermal insulation performance of Low-E glass, it can reduce the heat energy loss of the building, reduce the energy consumption of winter heating and summer cooling, thereby saving energy and reducing energy costs.
3. Improve indoor comfort: Low-E glass can block ultraviolet and infrared radiation from the outside, reduce indoor ultraviolet radiation, and prevent the fading and aging of furniture, floors and curtains. At the same time, it can also reduce indoor heat radiation, make the indoor temperature more stable, and improve the comfort of living.
4. Responding to climate change: Low-E glass can adjust the indoor temperature under different seasons and climatic conditions, providing a more suitable living environment. In the cold winter, it can reduce heat loss and keep the room warm; And in the hot summer, it can prevent outside heat from entering and reduce the indoor temperature.
In addition to the above main functions, Low-E glass can also reduce indoor noise transmission, improve privacy and safety. In modern architecture, Low-E glass has become a common architectural glass material, which is widely used in residential, commercial and public buildings. Through the use of Low-E glass, the goals of energy saving, environmental protection, increased occupancy comfort and reduced energy consumption can be achieved.
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Low e glass is an efficient and energy-saving glass, rather than "low" glass. It is a type of glass coated with a thin film that can block ultraviolet radiation while reducing heat transfer, thereby improving the energy-saving performance of buildings. Traditional glass absorbs some thermal energy when facing solar radiation, leading to an increase in the temperature inside the building. Low e glass, on the other hand, can reduce the penetration of solar radiation and reduce the absorption and transfer of heat energy by coating a thin metal oxide film on the surface of the glass. This coating can reflect most of the ultraviolet and infrared rays while maintaining the transmittance of visible light, ensuring sufficient natural light indoors.
What is low e glass and what is its function?
Low-E glass is a glass with low emissivity, its full name is Low-Emissivity glass. Low-E refers to low radiation, and radiation refers to the process by which energy is transferred from one object to another. Low-E glass achieves thermal insulation by coating a low-emissivity metal oxide film on the glass surface to reduce the radiation transfer of heat.
Why is low energy saving glass suitable for home building doors and windows
Lowe energy-saving glass is a specially designed glass that is widely praised for its excellent thermal insulation and light transmission, especially suitable for home building windows and doors. Let's take a closer look at why Lowe energy-saving glass is suitable for home building doors and windows.
Medium transparent low-e insulating glass
Medium transparent low-e insulating glass is a glass product with excellent thermal insulation performance. Insulating glass is formed by separating two pieces of glass by aluminum spacers, forming a closed cavity. The Low-E coating is a thin film with low radiation characteristics, which can effectively reduce heat transfer.