An air-floating ceramic tile

Abstract

The invention discloses an air flotation type ceramic tile. The air flotation type ceramic tile comprises a ceramic tile body of a hollow structure, wherein an air inlet connecting hole matched with an air inlet pipe is formed in the lower surface of the ceramic tile body; a plurality of air outlet holes are formed in the upper surface of the ceramic tile body; a plurality of exhaust inlets are formed in the periphery of the air outlet holes; the exhaust inlets are connected with one end of an exhaust pipe arranged in an inner cavity of the ceramic tile body; the other end of the exhaust pipeis connected with an exhaust outlet formed in the lower surface of the ceramic tile body. According to the air flotation type ceramic tile disclosed by the invention, the technical problem in the traditional technology that solar thin glass rolls in a high-temperature state and easily produces an obvious roll mark due to the adoption of roller transport is solved, and the product quality of the solar thin glass is improved.

Description

technical field [0001] The invention relates to the technical field of solar thin glass production, in particular to an air-floating ceramic brick. Background technique [0002] In the traditional solar thin glass production process, solar thin glass is transported by rollers in the tempering furnace, which will bring obvious roller marks to the thin glass during the rolling process at high temperature, resulting in uneven products and lower product quality. [0003] At present, there are also some flat glass conveying devices using air flotation devices in the market. If a single air flotation device is used to transport thin glass in a high temperature state, it is often difficult to discharge due to too much air between the air outlet hole and the thin glass. The middle region of the thin glass in a high temperature state is blown upward by the air and easily forms a bulge, which cannot meet the thin glass production standard. [0004] In addition, solar thin glass is ge...

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Problems solved by technology

[0002] In the production process of traditional solar thin glass, the solar thin glass is transported by rollers in the tempering furnace, which will bring obvious roller marks to the thin glass during the rolling process in a high temperature state, resulting in uneven products and lower product quality

[0003] At present, there are also some flat glass conveying devices using air flotation devices in the market. If a single air flotation device is used to transport thin glass in a high temperature state, it is often difficult to discharge due to too much air between the air outlet and the thin glass. The middle area of ​​the thin glass in a high temperature state is blown upward by the air and easily forms a bulge, which cannot meet the production standards of thin glass

[0004] In addition, solar thin glass is generally cooled by exhaust air in the tempering furnace. During the cooling process, each position of the thin glass plate cannot be cooled uniformly, so the cooling effect is not good, and the uneven cooling will also reduce the solar thin glass. glass product quality

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