在制造中空玻璃的時候，廠家一般都會留有一定的間隔層，那么你知道中空玻璃間隔層厚度的作用是什么？針對這個問題，小編也咨詢了相關的廠家，下面小編就根據雙組份打膠機廠家的解釋給大家總一下總結，希望那個對大家有所幫助！
In the manufacture of hollow glass, manufacturers usually leave a certain layer of spacer, so you know what the role of the thickness of the spacer of hollow glass is? To solve this problem, Xiaobian also consulted the relevant manufacturers, the following Xiaobian on the basis of the explanation of the two-component glue machine manufacturers to give you a summary, I hope that will help you!
中空玻璃配置合理是一個很重要的內容，因為對它的性能有一定的影響，合理配置的中空玻璃和合理的中空玻璃間隔層厚度，可以大限度的降低能量通過輻射形式的傳遞，從而降低能量的損失。
Reasonable arrangement of hollow glass is a very important content, because it has a certain impact on its performance. Reasonable arrangement of hollow glass and reasonable thickness of hollow glass spacer can minimize energy transfer through radiation form, thereby reducing energy loss.
對流傳遞是由于在玻璃的兩側具有溫度差，造成空氣在冷的一面下降而在熱的一面上升，產生空氣的對流，而造成能量的流失。
Convection transfer is due to the temperature difference on both sides of the glass, which causes the air to drop on the cold side and rise on the hot side, resulting in air convection and energy loss.
造成這種現象的原因有幾個：
There are several reasons for this phenomenon:
一、玻璃與周邊的框架系統的密封不良，造成窗框內外的氣體能夠直接進行交換產生對流，導致能量的損失
1. The poor sealing between glass and the surrounding frame system results in the direct exchange of gas inside and outside the window frame to produce convection, which leads to the loss of energy.

二、中空玻璃的內部空間結構設計的不合理，導致中空玻璃內部的氣體因溫度差的作用產生對流，帶動能量進行交換，從而產生能量的流失
2. The unreasonable design of the interior space structure of the hollow glass leads to the convection of the gas in the hollow glass due to the effect of temperature difference, which drives the exchange of energy, thus resulting in the loss of energy.
三、構成整個系統的窗的內外溫度差較大，致使中空玻璃內外的溫度差也較大，空氣借助冷輻射和熱傳導的作用。
3. The temperature difference between the inside and outside of the windows constituting the whole system is large, which results in the temperature difference between the inside and outside of the hollow glass. The air uses the function of cold radiation and heat conduction.
在中空玻璃的兩側產生對流，然后通過中空玻璃整體傳遞過去，形成能量的流失。合理的中空玻璃設計，可以降低氣體的對流，從而降低能量的對流損失。
First, convection is generated on both sides of the hollow glass, and then energy is lost through the hollow glass as a whole. Reasonable design of hollow glass can reduce the convection of gas and reduce the convection loss of energy.
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The wonderful content of this article is provided by the two-component glue maker. There are many wonderful contents on this website. You can click on more content to enter: http://linshi.jncsjx.com! We have a special customer service to answer your questions.