What is Low-E glass, what is his role?

  What is LOW-E glass? This may be a word that many netizens asked the most when buying windows. After all, LOW-E glass is indeed a strange professional vocabulary for people who have not touched doors and windows.

  What is LOW-E glass?

  LOW-E glass, also known as low-radiation glass, is a membrane product composed of multiple layers of metals or other compounds on the surface of the glass. In popular terms, LOW-E glass is a kind of blocking far-infrared rays, which can make heat radiation "repeatedly jump" indoor and outdoor. In winter, the room can be warmer and the room can be cooler in summer.

  Why use Low-E glass?

  In the general direction, LOW-E glass that can block the far-infrared rays plays an important role in the field of energy saving fields in the outer window of the building and even the overall building energy conservation field. More than 50%of material energy consumption).

  Research data show that the heat transfer on the surface of the glass is mainly radiation, accounting for 58%, which means that if the performance of the glass is to reduce thermal loss, the most effective way is to suppress the radiation of its inner surface.

  It can be imagined that in the context of the "double carbon" goal, the use of Low-E glass has contributed to the contribution of carbon reduction and carbon-saving.

  From a small direction, the use of LOW-E glass windows has excellent thermal insulation effects and good light transmittance, which means that the temperature at home will be more suitable.

  For our own small home, in the summer, choose a window with LOW-E glass. When the air conditioner releases air-conditioning, the long-infrared radiation with heat radiation energy outdoors will only enter the room and hedge the air-conditioning indoor air conditioning. Therefore, when using a window with LOW-E to reduce the indoor temperature, it will be more efficient and lasting, and naturally more energy saving.

  The same is the same in winter. The indoor temperature rises than the outdoor temperature. The distant infrared rays in the room are only transmitted to the outside by glass through the glass. The temperature of the natural room will be more efficient and longer. When there are heating areas in the north, because the heat source has always existed, but the calories emitted outward have become less, so the highest temperature in the room will also be much higher than that of families using ordinary glass.

  In addition, LOW-E glass also has a certain effect on ultraviolet rays, and ultraviolet rays can cause furniture fade. Therefore, families with Low-E glass, fabric sofas, curtains, ornaments, etc., will not fade easily.

  Low-E glass precautions

  It only should be noted that when the hollow glass uses a LOW-E film, more than 90%of the inert gases must be filled in the vitrea body to ensure that the Low-E film will not be oxidized by oxygen, resulting in its failure. Not only that, LOW-E membranes also have certain requirements for drying in the cavity.

  Basic all products are equipped with a Forever Eagle of LOW-E glass, which will fill more than 90%of the sorchium in the cavity to ensure the stability of the cavity in the cavity and protect the stability of the LOW-E film.

  In addition, the Sayyas uses a 3A (1A = 0.1 nanometer) intervals with a diameter of 0.6-0.9mm to absorb water molecules and keep the inside the hollow glass environment dry. At the supplement of the water vapor penetration rate of less than 0.01 grams/meter, the tanllatic gum is adhered to the interval strip with the glass to ensure the stability of the signs and the thermal insulation performance of the hollow glass.

  For the creation of hollow glass, Sayyas has never slackened. In 2012, it was the first to establish an independent glass deep processing workshop in the industry to ensure the quality of hollow glass and to ensure the timely and stability of after -sales service.