Processing and utilizing method for quartz sand rock

Abstract

The invention relates to a method for processing and utilizing quartz sandstones, which belongs to the field of development and utilization of the quartz sandstones, relates to development and utilization of glauconite quartz sandstones, and particularly relates to development and utilization of glauconite quartz sandstone ground tiles. The invention provides a processing method for applying the glauconite quartz sandstones on ground tiles, so as to obtain the glauconite quartz sandstone ground stones having the advantages of naturalness and environmental protection, durability and good non-skid property. The processing method comprises the following technological flow: material selection, gouging, surface grinding, notching, cutting into pieces and surface spray coating.

Description

Technical field: [0001] The invention belongs to the field of development and utilization of quartz sandstone, and relates to the development and utilization of glauconite quartz sandstone, in particular to the development and utilization of glauconite quartz sandstone floor tiles. Background technique: [0002] Most of the existing cement floor tiles have a bright and hard surface, are not water-absorbent, airtight, non-slip, not durable, and do not meet the existing environmental protection requirements. Once the surface of the floor tiles is worn, the entire floor has to be replaced, otherwise the newly repaired floor tiles will not be consistent with the original floor tiles, which will affect the overall appearance. At the same time, the replacement frequency is high, and it has to be replaced once every two years on average, which increases the economic burden of urban construction. And because it is not water-absorbing and air-tight, it is easy to cause the urban sur...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing cement floor tiles have a bright and hard surface, are not water-absorbent, airtight, non-slip, not durable, and do not meet the existing environmental protection requirements

Once the surface of the floor tiles is worn out, the entire floor has to be replaced, otherwise the newly repaired floor tiles will not be consistent with the original floor tiles, which will affect the overall appearance

At the same time, the replacement frequency is high, and it has to be replaced once every two years on average, which increases the economic burden of urban construction

And because it is not water-absorbing and air-tight, it is easy to cause the urban surface to be dry, which is not conducive to the growth of vegetation in the city, thereby affecting the temperature of the air, causing urban downstream congestion, and affecting various functional facilities in the city.

Especially in different areas, there are some disadvantages as follows: non-slip: in autumn and winter in the cities north of the Yellow River, due to the sudden coldness of the climate, there is frost on the ground, and people are easy to fall when walking on the floor tiles, causing personal injury

Not durable: There is a layer of mineral pigment on the surface of the existing cement floor tiles. People walk for a long time, and the surface will be damaged soon, resulting in local damage to the originally beautiful square. Even if new bricks are used for remediation, the contrast is often large

Brick for remediation, often with high contrast

In addition, there are large deviations in the cement formula, mixing materials, and processing during the workers' processing, and the product quality cannot be consistent, resulting in serious damage in winter and spring

[0003] At present, there is no report on the successful application of glauconite quartz sandstone on floor tiles