Glass collecting device for discharging of high temperature viscosity test

Abstract

The invention relates to a glass collecting device for discharging of a high temperature viscosity test. The glass collecting device for discharging of the high temperature viscosity test comprises acollecting box and a screen. The side face of the screen is attached to the inner wall of the collecting box, and the bottom of the screen and the bottom face of the collecting box are arranged at intervals. The fact that the screen cannot slide down during the collecting process is ensured, and the fact that the bottom of the screen is in contact with the bottom face of the bottom collecting boxand consequently the bottom face of the bottom collecting box is damaged is avoided; when the high temperature viscosity test is completed, the screen can be used as a container and filter device forpouring out viscosity test glass, the bearing capacity of glass water quench is effectively achieved, and collecting of molten glass after the viscosity test is convenient; and when the glass reachesthe maximum capacity of the collecting box, the screen can be easily removed to deal with collected glass slag, and whole process operation is simple, safe and fast.

Description

technical field [0001] The invention relates to the field of liquid crystal glass testing, in particular to a glass collecting device used for high-temperature viscosity testing and discharge. Background technique [0002] In glass production, many processes and properties use viscosity as a symbol of control and measurement. However, due to the simpler and more intuitive temperature measurement and the complexity of viscosity expression, the industry is used to exploring the relationship between viscosity and temperature. Therefore, in the development and design process of liquid crystal glass, it is self-evident to conduct multiple viscosity-temperature tests to find the relationship between the two. [0003] At the end of the viscosity temperature test, the glass needs to be cleaned out of the platinum crucible. The existing cleaning method is: at high temperature, the crucible is clamped out while the glass is in a molten state, and the molten glass in the crucible is p...

AI Technical Summary

Problems solved by technology

This operation can avoid the glass splashing caused by the untimely stress receding, but because the glass slag is stained with water, it is easy to stick to the refractory board, and the final cleaning is very easy to cause scratches or punctures.

If the broken glass is not cleaned thoroughly, it will be thrown out together with the water, and it will also block the sewer pipe or damage the pipe, causing water leakage

Images