The advantages of high borosilicate glass compared with ordinary glass
Borosilicate glass is a glass containing boron trioxide and has a very low coefficient of thermal expansion. At the same time, it is the same as ordinary glass and will not break due to temperature changes. This means that you can pour boiling water into a cup made of high borosilicate glass, and you don't have to worry about injury caused by a broken cup when making tea or coffee. So, what's so special about high borosilicate glass? The following is a brief introduction to you, let's learn about it!
13
2024/05
Temperature alarm technology for pool wall tiling
Opal glass electric melting furnace, due to the addition of fluoride in the raw material composition, exacerbated the erosion of AZS bricks on the pool wall. In order to extend the service life of furnace, the outside of the pool wall needs to be tiled in the middle of furnace operation. If tiled too early, forming heat preservation effect on the pool wall, will affect the overall service life of the furnace. Being tiled too late will cause leakage of the pool wall, leading to accidents. Therefore, the timing of the pool wall tiling, directly affects the furnace's utility ratio.
25
2024/04
R&D of electric furnace PLC system
The traditional electric melting furnace is controlled by meters/potentiometers with manual adjustment, small scalability and relatively single function.
11
2024/04
Energy saving and environmental protection characteristics of glass electric furnace
Glass electric furnace for bottle making is a kind of glass production equipment with high efficiency, energy saving and environmental protection. With the latest technology and design, bottle glass electric furnaces play a vital role in the glass manufacturing industry. This paper introduces the characteristics of energy saving and environmental protection of glass electric furnace for bottle making, and discusses its importance and advantages in glass production in detail.
22
2024/03
the first batch of water jackets used for top-inserted electrodes with new structure were completed
In 2024, the first batch of water jackets used for top-inserted electrodes with new structure were completed, and there was no leakage under water pressure, which met the design requirements. The engineer optimized the design of the water jackets according to the actual situation of the high backwater temperature when using and the great structure of foreign counterparts.
23
2024/02