A crystal zirconium processing device

Abstract

The invention discloses a novel crystal zirconium processing device, which comprises a support frame, a melting pool, a transition apparatus, a discharge pipe, a mold, and a water pipe. The support frame is composed of several steel, and is internally provided with the melting pool, the transition apparatus is disposed below the melting pool, the discharge pipe is connected at the bottom of the transition apparatus and is connected to an electric box suspended on the left side of the support frame through an electric wire 8, the mold mounted on a working table is placed on the ground over against the discharge pipe, and the erect water pipe on the ground is communicated with a shaft traversing the mold. The melting work with a lot of processes can be completed continuously within one melting pool without waiting, thus solving the problem of one-pot material and one-pot material melting, and saving manpower and material resources. The discharge port is in a high temperature state, thus avoiding re-cooling solidification of the well molten raw material. A cooling apparatus is mounted in the mold, and can enable rapid cooling shaping of the molded crystal zirconium pressed by the mold. The whole process is continuous and interconnected, so that the obtained product has higher quality.

Description

technical field [0001] The invention relates to a novel crystal zirconium processing device which is continuous from molten material to molding. Background technique [0002] There are many kinds of zircons, and different zircons will have different colors, such as red, yellow, orange, brown, green or colorless and transparent. After cutting, gem-quality zircon looks like diamond, so zircon can be used to make jewelry. The brightness of crystal zirconium is worse than that of zircon, but better than that of glass. Because crystal zirconium is a relatively light material, its unique light transmittance is more obvious than the clarity of zircon, and it looks brighter. The production method of crystal zirconium is that various elements undergo complex chemical reactions at high temperatures and interact with each other. Mixing and compression molding, which contains a part of zirconium. The traditional process is too cumbersome in mixing raw materials. It needs to be comple...

AI Technical Summary

Problems solved by technology

The traditional process is too cumbersome in mixing raw materials. It needs to be completed step by step in different containers, which consumes manpower and material resources. Moreover, the mixed liquid raw materials are easy to cool before reaching the mold and cannot reach the appropriate temperature. The effect of crystal zirconium pressing is not good

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