Due to the unique blow molding process design of the brown glass bottle, it is not only beneficial to ensure the consistency and accuracy of the tube embryo wall thickness and quality, but more importantly, it ensures the bottle’s high permeability resistance, high sealing performance, high appearance performance and sufficient Physical and mechanical strength, beautiful and neat bottle mouth, no drape, leftover material, stable thread size, high precision, high mechanical strength, shiny bottle body, no flow marks, slip marks, good mold line, no weld line at the bottom of the bottle, It is flat and beautiful to ensure the quality of the product.
In the process of producing brown glass bottles, we must first heat and melt the raw materials for making brown glass bottles through the furnace, and then use the automatic cutting feeder to supply the following parts with different weights and different material types. The bottle making machine is used to complete the production of brown glass bottles, and the inconsistency of the glass droplets is very important, which can give a significant effect on the production.
Nowadays, most of the brown glass bottle manufacturers have changed their furnaces to full gas, and the feeder nozzles have also been replaced with electric heating, and the temperature change in the material bowl can be controlled within a few degrees. The gobs supplied to the bottle making machine are very even, and the flexibility is also very good, which completely solves the inconsistency of the glass liquid, so that when the bottle making machine is produced, the material liquid is easy to use, and the bottle production rate is greatly improved. . Brown glass bottles are also an inherent advantage of the process in the production of hygienic and clean finished containers. Because the storage and placement of the two-step preform are reduced, the secondary processing and post-processing of the extrusion process are reduced, and dust and impurities are avoided in the bottle. The deposition inside and outside the wall avoids contact between hands, preforms and containers, thereby reducing bacterial contamination and erosion, greatly improving the sanitation and non-polluting properties of finished containers, and ensuring the high-quality level and long shelf life of the containers.