Glass Ball Wholesaler Introduces The Manufacturing Requirements Of Glass Balls

Glass Ball Wholesaler introduces that in the manufacturing process of solid balls, it is known that the glass particles broken in the carrier air flow are sent to the combustion chamber. In the combustion chamber, the glass particle flow is heated by the flame, so that the broken glass becomes spherical particles. Similarly, for the manufacture of foam balls, it is known to provide a small spherical raw material for the combustion chamber. In the combustion chamber, due to the action of the flame, these small balls are heated and transformed into foam glass balls. Such a raw material is usually made by spray-drying a solution (for example, a solution based on a hydrated sodium silicate solution and also containing a foaming agent (for example, urea)).

The method of heating the raw materials is critical to the quality and yield of the formed balls, especially when those balls are to be made into foam glass balls. At the same time, it is also very important to the economy of the production process. Rapid heating is beneficial to the formation of pellets and/or the vitrification of the raw material, which requires good thermal contact between the flame and the raw material. 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/or adhesion to the combustion chamber side The tendency on the wall is also important. The above-mentioned adhesion and adhesion may be caused by excessive heating during the conversion of the raw material into a ball.

The raw material is subjected to the action of the flame in the combustion chamber to heat the raw material and form the glass balls, after which 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. To maintain an air flow, the air flow follows the flame track 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 unformed ball is completely surrounded by a stable flame, so that they are quickly 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 avoid the balls from sticking or sticking to the side walls of the combustion chamber. A more important advantage of the method adopted by the present invention is that it has been found that in an effective ball making process, the side wall of the combustion chamber is colder than in other cases, and this is beneficial to improve the economics of hot processing, and has Help extend the effective working life of the combustion chamber.

Through the above introduction, Mist Pump Manufacturer hopes that you can simply refer to the content of this article in future use.