Quartz high temperature melting lump waterpower spurting breaking device

Abstract

A quartz high temperature melting lump waterpower spurting breaking device comprises a corrosion resistant cylinder body arranged on a machine frame. A water cooling base plate is positioned at the bottom of the cylinder body, a gas collection cover is arranged at the top of the cylinder body, a pair of extrusion heads are positioned on the water cooling base plate, and a cylinder body wall self-cooling system and a high temperature melting lump inflowing water spurting system are arranged on the cylinder body. Quartz ore is arranged in a resistor furnace to be melted into a lump shape to be arranged on the water cooling base plate which is arranged in the cylinder body. Simultaneously, two groups of spurting water are started to perform cold explosion on quartz high temperature melting lump, and when high temperature quartz melting lump is in a shock cooling physical state, the ore generates concentrated cracks and is loosened, the extrusion heads further exert mechanical pressure on the quartz lump bodies, and finally, quartz is smashed into fine blocks of about 10mm. The quartz high temperature melting lump waterpower spurting breaking device achieves civilized construction and environments, improves quality and stability of products, remarkably improves rate of first products and provides conditions for large-scale industrial production.

Description

technical field [0001] The invention relates to a quartz production and processing technology, in particular to a quartz high-temperature molten mass hydraulic sputtering crushing device. Background technique [0002] At present, there are about 1,000 quartz resistance furnaces with a capacity of more than 2 tons in the country. According to the normal process, two furnaces can be produced per day. The smelting process of quartz in the resistance furnace will inevitably be polluted by graphite electrodes and the outer layer of insulating sand. Therefore, after the fused lump is released from the furnace, it must be naturally cooled for 1 to 3 days, and the worker must roughly break the lump and dry it. Hand selected. Taking a 2-ton quartz lump as an example, it takes 6 skilled workers to sort it for 8-12 hours. The first-grade product rate is generally maintained at about 60%, the second- and third-grade products are roughly 10%, and the rest are almost treated as waste pr...

AI Technical Summary

Problems solved by technology

The sorting work of quartz lumps is not only labor-intensive, but also labor-sanitary conditions are poor; at the same time, a large amount of garbage pollutes the environment, and the low rate of high-quality products also causes a large waste of non-renewable quartz mineral resources.

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