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Glass Ball Manufacturer Introduces The Manufacturing Process Of Glass Balls

Update:06 Aug 2020

In the manufacturing process of glass balls, people send the broken glass particles in the carrier airflow to the combustion chamber. In the combustion chamber, the flow of glass particles is heated by the flame, so that the broken glass becomes spherical particles. Glass Ball Manufacturer introduced that the way the glass ball heats the raw material is critical to the quality and output of the formed ball. Rapid heating is beneficial to the formation of pellets and the vitrification of the raw material, which requires good heat between the flame and the raw material. contact. In order to obtain a uniform quality product, it is important that the balls made by this production method should be uniformly processed in the combustion chamber while reducing the adhesion between solid materials and adhesion to the sidewalls of the combustion chamber. The inclination is also important.


The raw material of the glass balls is subjected to the action of the flame in the combustion chamber so that the raw material is heated, and the glass balls are formed. After that, the balls are taken out of the combustion chamber. It is characterized in that the aforementioned raw materials supplied to the combustion chamber are diffused in the carrier gas flow. This carrier flow is a mixture including fuel gas and oxygen supplied to the flame in the combustion chamber, and incombustible gas is also supplied to the combustion chamber. In order to maintain airflow, the airflow follows the flame trajectory and flows around the flame to form a gas ring. Ensure that the raw materials are processed uniformly and well to increase the yield of high-quality balls obtained. Due to this method of supplying raw materials and gas to the combustion chamber, each unshaped ball is completely surrounded by a stable flame, so that they are rapidly heated in the gas ring, which transmits additional kinetic energy to the raw material and In order to collect the processed balls and transport them out of the combustion chamber, and at the same time, keep the balls in a fully diffused state, so as to prevent the balls from sticking or sticking to the sidewall of the combustion chamber.