The appearance of insulating glass processing equipment has brought great benefits to the processing equipment industry. Only when the relevant technical personnel understand the characteristics and skills of insulating glass equipment, can they better improve the technical performance of insulating glass equipment. The following insulating glass processing equipment manufacturers introduce the relevant knowledge of insulating glass processing equipment in this field

1、中空玻璃加工设备的边部密封情况.一方面,如果中空玻璃的边部密封不好,则水气通过密封胶层进入中空玻璃内部的比例应以增大,中空玻璃寿命就会减少;另一方面,如果中空玻璃的边部材料的导热性能好,那么通过中空玻璃的隔热系数就会提高,隔热性能就会下降.

1. On the one hand, if the edge of the insulating glass is not well sealed, the proportion of water vapor entering the insulating glass through the sealing rubber layer should be increased, and the service life of the insulating glass will be reduced; On the other hand, if the thermal conductivity of insulating glass edge material is good, then the thermal insulation coefficient of insulating glass will increase and the thermal insulation performance will decrease

2、玻璃的热透率.中空玻璃的传热主要以辐射传热的方式进行,如果采用高透过率低反射率的普通透明玻璃,则中空玻璃的隔热性能,较采用高反射低透过的镀膜或LOW-E玻璃的低许多.

2. The heat transfer of insulating glass is mainly conducted by radiation. If the ordinary transparent glass with high transmittance and low reflectivity is used, the heat insulation performance of insulating glass is much lower than that of coating glass with high reflectivity and low transmittance or Low-E glass

3、玻璃平面尺寸.加大中空玻璃的平面尺寸,可以减少中空玻璃单位面积的热量损失,提高中空玻璃的整体隔热效果.同时,在中空玻璃门窗的装配过程中,如果玻璃扣条安装不好或密封不严密,形成整个窗或玻璃内外透气,产生对流,导致能量流失,影响其性能.

3. Increasing the plane size of insulating glass can reduce the heat loss per unit area of insulating glass and improve the overall heat insulation effect of insulating glass. At the same time, in the assembly process of insulating glass doors and windows, if the glass buckle is not installed well or sealed tightly, the whole window or glass is ventilated inside and outside, resulting in convection, resulting in energy loss and affecting its performance

4、气体间隔层的厚度.主要是通过对厚度的控制,使中空玻璃内部形成紊态气流的传热,尽量控制气体的冷热气体相互干扰或者说使其上升与下降的气流互相干扰来控制产生对流传热.

4. The thickness of the gas interlayer is mainly to control the heat transfer of turbulent air flow inside the insulating glass by controlling the thickness, and to control the convective heat transfer by controlling the mutual interference between the hot and cold air or the mutual interference between the rising and falling air flow

5、空气层间的气体种类和湿度.在中空玻璃的内部充入的惰性气体,可以降低中空玻璃的隔热、隔音性能.如充入氩气和氟化硫可分别提高中空玻璃的隔热、隔音性能.

5. Inert gas filled in insulating glass can reduce the heat and sound insulation performance of insulating glass. For example, argon and sulfur fluoride can improve the heat and sound insulation performance of insulating glass respectively