DETAILED EXPLANATION OF THE DIFFERENCE BETWEEN VACUUM GLASS AND INSULATING GLASS.
On a piece of the glass plate, as indicated by the thickness and mechanical boundaries of the glass plate, place tube shaped upholds or straight or lattice like backings with more modest levels and breadths at specific spans (among 20mm~40mm), and afterward place another glass plate.
Figure 8 The “upholds” should be set up between the two layers of glass Unique in relation to the creation of conventional insulating glass, the handling of vacuum glass requires this step on the grounds that the innovative work of vacuum glass depends on the guideline of bottle carafes, however the application object has transformed from a tube shaped or circular canteen jar with adjusted pressure protection from a level plate. During creation, a grid of “upholds” should be set up between the two layers of glass to endure the air strain of around 10 tons for each square meter, so the distance between the glasses is kept up with to shape a vacuum layer.
Introduce exhaust vent Not all vacuum glass has an exhaust port. Vacuum glass with an exhaust port requirements to introduce an exhaust opening on a glass plate, which can be penetrated.
Figure 9 The glass opening punching handling Fixing After the exhaust opening is introduced, a defensive cap should be introduced to keep it from being defiled or harmed by the rest of the world. At long last, the encompassing edges are fixed, and unique fixing materials, for example, extraordinary paste for vacuum glass, are applied around the two glass plates to shape an entire to guarantee the uprightness and fixing of the vacuum layer. With respect to whether further treatment of the vent is expected subsequent to fixing, it relies upon the particular item prerequisites and creation process.
Not quite the same as the sealant materials utilized in conventional insulating glass, the vacuum layer of vacuum glass expects it to endure outer barometrical tension, which requires very high fixing and dependability. Along these lines, glass powder or other metal materials and extraordinary sealants for vacuum glass are required. Perform edge fixing.
Vacuum The presence or nonappearance of the exhaust port will influence the manner in which the vacuum glass is cleared.
For vacuum glass with an exhaust port, vacuum hardware is utilized to empty the pit encased between the glasses through the exhaust port, so the vacuum strain in the chamber between the glasses arrives at a specific worth to shape a vacuum layer. After the fatigue is finished, Introduce a defensive cap or other fixing material to close the exhaust port. Check out vacuum insulating glazing.
Vacuum glass without exhaust vents utilizes a particular fixing design and interaction to separate the air between the glass plates to frame a vacuum climate.
Figure 11 The incorporated vacuum exhaust hardware Heat treatment Vacuum glass is warmed at the proper temperature to improve the bond and sturdiness of the fixing layer and guarantee the evacuation of dampness and natural matter from the glass board.
Cooling and examination After the vacuum glass is cooled, quality assessment of the vacuum degree, appearance, execution, and different viewpoints will be done. Subsequent to passing the quality assessment, it very well may be bundled and delivered out of the manufacturing plant.