Now most glass doors are made of tempered glass. Because they are hollow laminated glass, there is a certain space in the middle. The frame is filled with desiccant, which can ensure the dryness of the air between the glass sheets. Do you know the transmission method of glass energy of Jinan glass door? How much do you know about this? Is it not clear? It doesn't matter. Next, Kaida door industry will introduce it to you.

一、传导传递

1、 Conduction transmission

传导传递是通过物体分子的运动，带动能量移动，并达到传递的目的，就像用铁锅煮饭和烙铁焊接东西一样，而能量通过中空夹层玻璃的传递是通过玻璃和里面的空气来完成的。

Conduction and transmission drives the movement of energy through the movement of object molecules, and achieves the purpose of transmission, just like cooking in an iron pot and welding things with a soldering iron, while the transmission of energy through the hollow laminated glass is completed through the glass and the air inside.

二、辐射传播

2、 Radiation propagation

辐射传输是能量通过辐射的传输，包括可见光、红外光、紫外光和其他辐射，就像太阳光线的传输一样。中空夹层玻璃的合理配置和中空玻璃间隔层的合理厚度可以大大降低能量通过辐射方式的传输，进而降低能量损失。

Radiative transfer is the transfer of energy through radiation, including visible light, infrared light, ultraviolet light and other radiation, just like the transmission of solar light. The reasonable configuration of insulating laminated glass and the reasonable thickness of insulating glass interlayer can greatly reduce the transmission of energy through radiation, and then reduce the energy loss.

玻璃门

Glass door

三、对流传递

3、 Convective transfer

对流传递是因为玻璃的两面有温差，这导致空气在冷的一面下降，在热的一面上升。空气发生对流，导致能量损失。造成这种现象的原因有几个：

Convective transfer is due to the temperature difference on both sides of the glass, which causes the air to fall on the cold side and rise on the hot side. Air convection, resulting in energy loss. There are several reasons for this phenomenon:

一，玻璃与周围的结构系统密封不好，窗框内外的气体可以直接连通产生对流，造成能量损失；

1、 The glass is not well sealed with the surrounding structural system, and the gas inside and outside the window frame can be directly connected to produce convection, resulting in energy loss;

二，中空玻璃的内部空间结构规划不当，导致中空玻璃内部的气体由于温差、驱动能量交换以及能量损失的影响而对流。

2、 The improper planning of the internal spatial structure of insulating glass leads to the convection of gas in insulating glass due to the influence of temperature difference, driving energy exchange and energy loss.

三，构成整个系统的窗户的内外温差相对较大，导致中空玻璃的内外温差相对较大。

3、 The internal and external temperature difference of the windows constituting the whole system is relatively large, resulting in a relatively large internal and external temperature difference of insulating glass.

在冷辐射和热传导的作用下，空气在中空玻璃的两侧对流，然后通过中空玻璃整体传递过去，导致能量损失。合理的中空玻璃规划可以减少气体的对流，进而减少对流能量的损失。

Under the action of cold radiation and heat conduction, air first convects on both sides of the insulating glass, and then passes through the insulating glass as a whole, resulting in energy loss. Reasonable insulating glass planning can reduce gas convection and reduce the loss of convective energy.

相信大家看完济南玻璃门玻璃能量的传递方法，对此会有新的认识，这样可以大大增强玻璃门的性能，对大家以后的使用也会有帮助，减少使用故障的出现，如若您也想要购买玻璃门，可以选择这种哦！会对您有一定的帮助。

I believe that after reading the glass energy transmission method of Jinan glass door, you will have a new understanding of this, which can greatly enhance the performance of the glass door, help you in your future use, and reduce the occurrence of use faults. If you also want to buy glass door, you can choose this one! It will be of some help to you.