We all know that insulating glass has good thermal insulation performance, sound insulation and noise reduction performance, and is an energy-saving material in the building material industry, so it is widely used in various buildings. . In order to improve the overall performance of insulating glass, it is necessary to start from three aspects, namely the selection of insulating glass raw materials and the thickness of insulating glass spacer layers, including the selection of sealing materials and frame materials. The thickness of insulating glass can be measured with a Insulating Glass Thickness Gauge.

Using LOW-E glass as a machine chip can effectively reduce the light transmittance of the glass, improve its reflectivity, and reflect the infrared and ultraviolet rays in sunlight as much as possible. So as to achieve certain energy-saving purposes. At the same time, LOW-E glass can also reduce the thermal radiation pass rate of the glass, effectively prevent the external heat radiation from entering the room, and reflect part of the indoor heat back, so that the insulating glass maintains good thermal insulation performance and thermal insulation performance. Especially in winter and summer, it can highlight its energy-saving effect without affecting the indoor light.

The thickness of the insulating glass spacer layer also directly affects the overall performance of the insulating glass itself. When the thickness of the insulating glass interlayer is larger, the electrical conductivity and heat transfer coefficient will be smaller, and the energy saving effect of the insulating glass will be better, but this does not mean that the larger the thickness of the insulating glass interlayer, the better the performance of the insulating glass. . The reasonable thickness of insulating glass spacers should be around 12 mm.

At the same time, if inert gas is injected into the spacer layer of the insulating glass, the sound insulation and heat insulation performance of the insulating glass can be improved to a certain extent, and the overall energy saving of the insulating glass can be achieved. The effect is increased by about 10% on the original basis, and the occurrence of ice condensation inside the glass in winter can also be avoided or reduced.

The insulating glass thickness gauge uses the principle of optical reflection to measure the thickness of glass on one side of the glass, especially suitable for general measuring tools such as rulers or vernier calipers that cannot or Measurement occasions that are not easy to operate, such as the thickness measurement of building laminated glass and insulating glass windows. It is also possible to obtain the thicknesses of the multi-layer glazing and the intermediate air layer at the same time.

As an important part of insulating glass and doors and windows, frame material will also affect the overall energy-saving effect of insulating glass. Therefore, when installing insulating glass, we should try to choose materials with good sealing properties to prevent moisture and ordinary gases from entering the interior of the insulating glass and affect its overall performance.