Tank body high-temperature-resistant spongy ceramic filter

Abstract

The invention discloses a tank body high-temperature-resistant spongy ceramic filter which structurally comprises a material conveying port a central control tank and a top sealing cover, the upper surface of the conveying port is connected with the lower surface of the central control tank; liquid can be inputted into the inner sponge ceramic body through a connecting pipe; when liquid passes through the interior of the sponge ceramic body, impurities in the passing liquid can be adhered and retained by the surface of the sponge filter port. When high-temperature casting liquid is filtered and internal impurities are adhered to the interior of the spongy ceramic body, conveying distance can be extended in the continuous conveying process, smooth conveying is completed and subsequent treatment is performed later so that water mist is generated on the surface of the sponge ceramic body, the inclined vertex angle attached to the surface of the inner interlayer assists the outer layer inbeing attached to the appearance of the connected part, the ejector head can push the suction angle to be attached to the inner interlayer, and he water mist generated by the outer layer can be adsorbed in time and cannot slide down along with liquid to be mixed into a whole when the inner temperature and the outer temperature are different.

Description

technical field [0001] The invention belongs to the field of high-temperature structural ceramics, and more specifically relates to a high-temperature-resistant sponge ceramic filter for a tank body. Background technique [0002] For the liquid of the casting item, it needs to be melted at high temperature, and the purity is adjusted and extracted in the input ceramic filter, and the impurities inside will stick to the inside of the sponge-like ceramic filter, so that it can make the cast object more pure after the output is extracted. For smooth and hard effects. [0003] Based on the above-mentioned inventor's discovery, the existing high-temperature-resistant ceramic filter mainly has the following deficiencies, such as: [0004] 1. For sponge-like ceramic filters, the through-holes connected to the outside world are relatively irregular and dense. When the filtered residue is larger than the through-hole, the residue will stick to the inside and continue to flow in the ...

AI Technical Summary

Problems solved by technology

[0004] 1. For sponge-like ceramic filters, the through-holes connected to the outside world are relatively irregular and dense. When the filtered residue is larger than the through-hole, the residue will stick to the inside and continue to flow in the subsequent high-temperature liquid , it will slow down and even push it more and more inward

[0005] 2. When the high-temperature casting liquid is transported in the ceramic filter, when the temperature of the inner layer and the outer layer are different, water droplets will be generated outside the ceramic filter and will drop together at the output end of the high-temperature liquid, resulting in a decrease in the purity of the liquid. influences

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