Describe the application of hot bending glass

The application of glass can be seen everywhere in life, so it is the most diverse form of many products, of course, since the need for a variety of products, but also need to ensure its safety, then it must be in accordance with the corresponding production standards, such as hot bending glass, its application in the industry are more famous, but also the production of relatively complex processes.

Hot bending glass is widely used in residences, restaurants, hotels, office buildings, schools, hospitals, shops and other occasions that require indoor adjustment. It can also be used in trains, cars, ships, freezer doors and windows, etc. Glass is mainly used for outer glass decoration. Its optical properties, thermal conductivity and sound insulation coefficient should meet national standards.

Hot bending glass is a good heat insulation, sound insulation, beautiful application, and can reduce the weight of the building of a new type of building material, the use of high strength and high air tightness composite binder, the glass sheet and the desiccant containing the aluminum alloy frame bonded, made of high-efficiency sound insulation glass.

Features of glass

Between the glass and the glass, there is a certain cavity. The frame is filled with desiccant to ensure the dryness of the air between the glass sheets. The spacing between the two layers of glass is generally 8mm, and the test has proved that if the 8mm spacing is completely true, atmospheric pressure will crush the glass. Therefore, qualified glass. The interlayer, i.e. 8 mm thick, must be filled with the inert gases argon and krypton, which means better thermal insulation.

Principle of heat insulation and sound insulation

Glass is mostly used in the door and window industry, hot bending glass because we need to take care of the reasonable structure of the doors and windows, and the design of glass that meets the standards can play its role of heat insulation, sound insulation, anti-theft and fire prevention.

Radiation transfer

Radiation transfer is the transfer of energy through rays in the form of radiation, including visible, infrared and ultraviolet radiation, just like the transmission of the sun's rays. Reasonable configuration of glass and reasonable thickness of glass spacer layer can minimize the transfer of energy through radiation, thereby reducing energy loss.

Convection passing

Convection transfer is due to the temperature difference on both sides of the glass, causing the gas to fall on the cold side and rise on the hot side, resulting in convection of gas, resulting in energy loss.

Conduction transmission

The conduction and transfer of energy by glass is completed by the glass and the gas inside, and the presence of active molecules such as water molecules of gas is the main factor affecting the conduction transfer and convection transfer performance of glass energy, so improving the sealing performance of glass is an important factor to improve the thermal insulation performance of glass.