In recent years, with the continuous improvement of environmental awareness and the optimization of energy structure, more and more glass bottle manufacturers have begun to transform traditional kilns into full gas kilns. Recently, many feeding machine ports have also been transformed into electric heating methods. Install high-temperature electric silicon carbon rods in a certain proportion in the material bowl, and by automatically adjusting the temperature, the temperature change in the material bowl can be controlled within 5-10 degrees. This improvement makes the material droplets of the feeding machine uniform, with good elasticity, and completely solves the stability problem of the glass liquid. When producing a bottle making machine, this stability makes the material very easy to use and greatly improves the bottle forming rate.
In the production of glass bottles, the kiln heats and melts the raw materials used to make glass bottles, and automatic cutting and feeding machines supply different weights and types of materials to the bottle making machines below to complete the production of glass bottles. However, the stability of glass droplets is crucial for producing high-quality glass bottles.
In the past, many glass bottle factories used semi gas furnaces as their kilns. The temperature of the glass liquid in the feeding bowl of the feeding machine varied greatly, and the size of the glass liquid pellets cut out also varied. Sometimes, only oil guns (steam jets) and observation holes could be used to slowly adjust. This leads to the instability of glass liquid clusters, which is difficult to control, resulting in a high rate of defective glass bottles and affecting the development of glass bottle factories.
In order to solve this problem, many glass bottle factories are now using all gas kilns and have also improved automatic cutting and feeding machines. Now, high-temperature electric silicon carbon rods are installed in the feeding machine’s material bowl. By automatically adjusting the temperature, the temperature change in the material bowl can be controlled within 5-10 degrees. This improvement makes the material droplets of the feeding machine uniform, with good elasticity, and completely solves the stability problem of the glass liquid. When producing a bottle making machine, this stability makes the material very easy to use and greatly improves the bottle forming rate.
In summary, by improving the design of the kiln and automatic cutting feeder, the stability of the glass liquid has been improved, the defect rate of glass bottles has been reduced, and the production efficiency and quality of the glass bottle factory have been improved.
Post time: 5月-30-2023
