Do not underestimate the energy saving effect of inert gas in insulating glass
[China Glass Net] The inert gas in the insulating glass has a high density and a small thermal conductivity with respect to the air, so that the thermal convection of the intermediate layer can be slowed down, the thermal conductivity of the gas can be reduced, and the heat transfer coefficient of the insulating glass can be reduced. Helps improve the insulation performance and energy saving effect of insulating glass. Enamel medals represent our most economic enamel Medal. Custom Enamel Medal are manufactured from zinc alloy or bronze with a soft or hard enamel fill and include an epoxy resin coating, which protects the medal from scratches and gives a smooth finish. Your custom design can include many colours and can be stamped to any shape with the options of a gold, silver, bronze or black nickel finish. Personalised Custom Made Medals in Soft or Hard Enamel, 2D or 3D Designs with a Shiny! Soft Enamel Medal,Enamel Medals,Custom Enamel Medal,Custom Soft Enamel Medal Shenzhen MingFengXing Art & Craft Products CO., LTD. , https://www.metallapelpin.com
Types of inert gases Inert gases include helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe), and krypton (Rn). The inert gases are colorless, odorless, non-toxic, The gaseous monoatomic molecule is in the zero family of the periodic table, and the outer electrons have reached saturation and the activity is extremely small.
The inert gas filled in the insulating glass generally includes:
Argon gas helium gas and these three gases, argon gas in the air content is high, about 1% of the air, the extraction is relatively easy, the price is lower, is the inert gas commonly used to fill the hollow glass air layer.
The insulating glass is filled with an inert gas. The insulating glass is filled with an inert gas, which can increase the heat insulating function of the product, which is more advantageous in terms of energy saving than the glass which is not filled with the inert gas into the hollow glass. The following effects:
In the winter, the heat can be kept indoors, and the heat is blocked in the outdoor energy-saving insulation.
After inflation, the internal and external pressure difference can be reduced, the pressure balance can be maintained, and the glass burst due to the pressure difference can be reduced. After filling with argon, it can effectively improve the K value of the insulating glass, and can:
Reduce the condensation of the indoor side glass to improve the comfort level. The inflated glass after inflation is less prone to condensation and frosting.
Due to the characteristics of argon as the inert gas itself, the thermal convection in the insulating glass can be slowed down, and the noise reduction effect can be improved more greatly:
The insulation of the insulating glass is better to improve the sound insulation effect. Since the charged gas is a dry inert gas, the moisture-bearing air in the hollow glass cavity can be replaced, the environment in the cavity is kept dry, and the molecular sieve in the aluminum spacer frame is extended. Service life.
There is no specific regulation on how much inert gas is charged in the insulating glass in the standard industry in which the insulating glass is filled with an inert gas, but in general, it cannot be less than 90%.
The inert gas in the insulating glass can not be underestimated!