In the process of glass production, the construction of glass kiln is a necessary step, and because of the different uses of finished products, the requirements for the kiln are also very different. If glass bottles are made, the power supply of the high-temperature kiln can't be stopped in any state, even if the power is cut off due to force majeure, artificial power generation will keep the work going. If you don't do this, the glass solution in the furnace will easily cool without heating, and all ingredients can't be used any more, which is a loss.

Although the construction of glass kiln can't be separated from the power supply, many manufacturers are equipped with super-power generators, but they can't work normally once the power is cut off. In order to prevent the glass solution in the furnace from being scrapped, many manufacturers adopt heat preservation measures, which can reduce the loss to a small extent. Many academic researches have started with burners. Some people think that if natural gas is used as a heating device, it will definitely be a better breakthrough for the glass factory.

We all have the experience that when there is power failure at home, cooking can still be done with natural gas, so if the glass kiln construction is forced to stop, if the kiln can be processed with natural gas, the delay and loss in the production process will be avoided because there is no continuous heating. However, there is still a difficult problem in front of people, that is, it is necessary to invent a kiln with special performance, which can supply heat with natural gas. Only in this way can the standard combustion value be achieved.

Natural gas can be skillfully used in families, but it is not so simple in the field of glass making. Only through unremitting efforts by scientific and technological researchers can new energy be fully burned, reaching a high temperature of 1,000 degrees and promoting the wide application of glass liquid substances.