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What are the characteristics and principles of hollow glass built-in shutters?

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What are the characteristics and principles of hollow glass built-in shutters?

Release date:2018-05-27 Author: Click:

What are the characteristics and principles of hollow glass built-in shutters? Recently, people are increasingly consulting on the Internet with built-in shutters for insulating glass. We are more interested in the characteristics and principles of the built-in shutters in insulating glass. Therefore, we need to understand the related common sense of the features and principles of built-in shutters in hollow glass. What are the characteristics and principles of that hollow glass built-in shutter?

What are the characteristics of hollow glass built-in shutters?

1, the characteristics of built-in shutters hollow glass - energy efficiency

Hollow louvered glass is made of high-quality double-layer tempered glass composite built-in imported aluminum louvers and single-handle magnetrons. In the summer, when the louvers are adjusted to the closed condition, they can obstruct the direct sunlight, isolate the convection of hot and cold air, and drastically reduce the energy consumption of indoor air conditioners.

2. Characteristics of Built-in Blinds in Insulating Glass - Dust and Smoke Prevents Pollution

The product has the advantages of dustproof, fume-proof and anti-pollution. Together with the use of a high-tech magnetic induction transmission system, the louvers are closed and open, and the lifting and lowering of the louver is more convenient. The louvers do not need to be cleaned, and the time, labor and energy are saved. The role of money. The built-in shuttered glass door and window system creates a private and private space that unobtrusively brings you a quiet, comfortable and healthy environment.

3, the characteristics of built-in shutters hollow glass - fire

In any building, traditional window coverings are flammable, and in the event of a fire, window cloth made of cloth, chemical fiber, etc. will release a lot of toxic fumes when it is burned, resulting in suffocation and casualties for indoor personnel. The built-in shutter glass is not only not exposed to open flames, but also does not release heavy smoke in the fire. The double-layer toughened glass and the built-in aluminum-magnesium louver also have the function of isolating the flame transmission, effectively reducing the chance of fire attack, and is a reliable fireproof product.

4, the characteristics of built-in shutters hollow glass - sound insulation

According to testing, the hollow glass can generally reduce the noise transmitted to the interior by 25 decibels, and the built-in louvered hollow glass with single-handle magnet can reduce the noise in the room, and the noise can be reduced to 36 decibels to ensure perfect sound insulation.

5, hollow glass built-in shutter features - anti-frost

In areas with relatively cold winters, due to the large temperature difference between the surfaces of the rooms, the general glass door and window system will show frost phenomena. The use of built-in louvered insulating glass doors and windows system, because of its outstanding airtightness and watertightness, then insulates the seepage phenomenon, effectively avoiding the phenomenon of ice frost on the door and window glass system.

What is the principle of hollow glass built-in shutters?

Radiation transmission

Radiation transmission is the transmission of energy through radiation in the form of radiation. Such radiation includes radiation such as visible light, infrared light, and ultraviolet light, just like the transmission of solar light. Reasonably configured hollow glass and reasonable thickness of the insulating glass spacer layer can transmit the maximum limit of falling energy through radiation, and then decrease the loss of energy.

2. Convection transfer

Convection is due to the fact that there is a temperature difference between the two sides of the glass, which causes the air to descend on the cold side and rise on the hot side, and convection of the air occurs, resulting in the loss of energy.

3. Conducted transmission

Conduction transfer is the movement of the molecules of the object, which drives the energy to move, and the intention of reaching the transmission is the same as that of cooking with an iron pan and welding with an electric iron, and the conductive transmission of the insulating glass to the energy is through the glass and its internal The air comes to an end.

The above is an introduction to the features and principles of the built-in louvers for insulating glass. We have already got an understanding of the characteristics and principles of the built-in louvers in insulating glass. I hope that the introduction of Xiaobian above can help us.

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