The brief principle of water discharge in glass furnace water quenching method is: first, open a drain hole pre-drilled on the outer pool wall of the small furnace at the end of the melting part, and the glass liquid flows into the water quencher through the flow channel. The water column sprayed from the water quencher and the glass liquid are simultaneously pumped into the glass water delivery pipe, and the water pump is used for secondary pressurization in the pipeline, and the glass liquid that has solidified into a solid state is quenched into fine particles by the force of high-pressure water flow and rushed into the reserved site outside the factory, and then transported to the clinker yard.
The water quenching method of draining glass water refers to guiding the glass liquid in the melting furnace through a pre-drilled drain hole through the flow channel to the water quencher during the cold repair of the melting furnace. The high-pressure water in the water quencher simultaneously beats the glass liquid into uniform glass particles, and then transports it to the designated site outside the factory with the help of high-pressure water flow.
The "water quenching method" of draining glass water is to use a certain pressure of water flow to break the glass water flowing out of the melting furnace into small pieces of broken glass.
Since these quenched glass blocks can be used without secondary processing, it not only greatly improves the quality of glass products, but also eliminates the tediousness of traditional processes, thereby improving labor efficiency and avoiding environmental pollution caused by secondary processing of glass after glass water is released.
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