Antiskid glass

Abstract

The invention discloses antiskid glass which comprises flat glass. An antiskid layer is formed on the surface of the flat glass in a sintering way, and is made of the following raw materials by weight percent: 50 percent to 80 percent of base glaze, 15 percent to 40 percent of sands, 0.15 permillage to 5 percent of active agent and 0.1 permillage to 6 percent of accelerator. In the technical scheme, the raw materials are reformed, the active agent and the accelerator with certain amount are added, and the materials, the active agent and the accelerator are uniformly mixed to be arranged on the flat glass by silk screen so as to form a firm and durable antiskid layer through tempering high-temperature sintering. The antiskid layer is completely combined with the glass, therefore, the antiskid glass is durable and difficult to fall off, has long service lift and no pollutant radiation, and cannot generate any hurt to a human, and is green and healthy. Compared with the prior antiskid glass, the invention has more excellent performance, better wear resistance and longer service life, efficiently puts an end to existence of sand holes and micropores, and improves the quality of a product.

Description

technical field [0001] The invention belongs to the field of glass processing and manufacturing, and in particular relates to an anti-skid glass. Background technique [0002] For a long time, people have used wood or ceramics as floor materials. Although they are practical, they are not beautiful. With the continuous improvement of people's living standards, there is an increasing interest in products that are both practical and aesthetically pleasing. Anti-slip glass floors emerged as the times require, and began to enter entertainment venues, hotels, shopping malls and even thousands of households. However, the early anti-skid glass was mostly patterned glass, frosted glass, sandblasted glass, etched glass, fused glass and so on. However, the light transmission performance is poor or the light distortion is serious, and the anti-skid effect is not very obvious, especially after being wet, it is easy to cause pedestrians to fall, which brings many inconveniences and hidd...

AI Technical Summary

Problems solved by technology

It can be seen that the surfactant is mainly used here to increase the surface tension of the glaze, so that after silk screen printing, the emery on the outer surface of the printed glaze layer and the glaze have a larger bonding area, thereby improving the surface tension between the two. However, only the above-mentioned surfactants are added to increase the surface tension of the glaze, which will make it difficult for the corundum in the glaze to float on the outer surface of the printed glaze layer, resulting in the outer surface of the glaze layer. The distribution rate of corundum on the surface is reduced, resulting in a decrease in the wear resistance and friction coefficient of the sintered anti-skid layer

Moreover, the above-mentioned solutions have no substantial help in eliminating quality problems such as sand holes and pinholes.

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