Mixing equipment for microcrystalline glass manufacturing, and microcrystalline glass mixing and manufacturing process

Abstract

The invention relates to mixing equipment for microcrystalline glass manufacturing, and a microcrystalline glass mixing and manufacturing process. The mixing equipment comprises a base plate, a mixingdevice, a water quenching device and a grading device, wherein the left side of the upper end of the bottom plate is provided with the mixing device; the middle part of the upper end of the bottom plate is provided with the water quenching device, the right side of the upper end of the bottom plate is provided with the grading device, and the water quenching device is positioned between the mixing device and the grading device. The mixing equipment can be used to solve the following problems: existing red mud wastes are usually stored in a stacked mode, so that soil and water sources are polluted due to long-time stacking, and use is influenced; the recycling rate of the red mud wastes is low; when red mud is used for manufacturing microcrystalline glass, production efficiency is low andlabor intensity is high; the red mud cannot be uniformly mixed with added materials; and meanwhile, glass particles are often screened artificially after water quenching, so that working intensity isimproved, operation is complex, labor intensity is large, and working efficiency is low; and the like. Functions of automatic processing, forming and screening are achieved when the red mud is used tomanufacture the microcrystalline glass.

Description

technical field [0001] The invention relates to the technical field of glass-ceramic manufacturing and processing equipment, in particular to a mixing device for making glass-ceramic and a mixing manufacturing process for glass-ceramic. Background technique [0002] Red mud is the polluting waste slag discharged from the aluminum industry when it extracts alumina. If it is not treated, it will have a bad impact on the environment; when red mud is used to make glass-ceramic, glass particles are usually obtained by melting, and then made from glass particles Glass-ceramic. [0003] Existing red mud waste is usually stored in piles. Long-term stacking will pollute the land and water sources and affect its use. Moreover, the recycling rate of red mud waste is low. When making glass ceramics from red mud, the production efficiency is low and the labor intensity is high. It can evenly mix the red mud and the added materials. At the same time, after water quenching, the glass part...

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Problems solved by technology

[0004] In order to solve the above problems, the present invention provides a mixing equipment for making glass-ceramic and a mixing process for glass-ceramic. The water source is polluted, which affects the use, and the recycling rate of red mud waste is low. When red mud is used to make glass-ceramics, the production efficiency is low and the labor intensity is high. It is impossible to mix the red mud with the additive materials evenly. Screening of glass particles in a new way increases the work intensity, complex operation, high labor intensity and low work efficiency. It can realize the functions of automatic processing, forming and screening when making glass-ceramics from red mud, and can avoid red mud. The harm caused by mud stacking to the environment can improve the recycling rate of red mud, and can evenly mix red mud with additive materials. After water quenching, glass particles can be automatically screened, avoiding manual operation, simple operation, low labor intensity and High work efficiency and other advantages

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