Material-strewing device of all-electric hexagonal glass Melting Furnace

Abstract

The invention provides a spreader for an all-electric hexagonal glass-fiber tank furnace. The spreader comprises a vertical feeding pipe, a distributing pipe, a horizontal feeding pipe, a circulating water pipe, a feeder, a gear case, a motor and a water drum; and utilizes the motor to drive a main screw pole and a horizontal screw pole as well as the whole mechanism to rotate, thus, the raw material can be fast and evenly spread in the tank furnace, and the level fluctuation in the tank cannot be caused, thereby avoiding caking, guaranteeing the quality of the fiber drawing and the stability of the production, and greatly reducing the intensity of manual labor; adopting the water drum and circulating water can effectively protect a bearing and gears, thereby enabling the bearing and the gears to be high temperature resistant and have long service lives.

Description

A material spreading device for all-electric melting hexagonal fiberglass kiln pool technical field The invention relates to a material spreading device, in particular to a material spreading device for an all-electric fusion hexagonal glass fiber kiln pool. Background technique In the feeding process of the all-electric fused glass fiber kiln, the traditional method is to directly add the material to the kiln through the feeding mechanism, resulting in excessive concentration of raw materials in the kiln, which is easy to agglomerate, and they need to be dispersed manually. Not only will it take a long time, but it will also cause fluctuations in the liquid level, which will affect the quality and output of the wire drawing. In severe cases, it will not be able to produce, and the effect is very bad. Moreover, due to the high temperature of the kiln pool, usually at 1200°C-1400°C, Working by the kiln pool for a long time will bring harm to the body. Contents of the inve...

AI Technical Summary

Problems solved by technology

In the feeding process of the all-electric fused glass fiber kiln, the traditional method is to directly add the material to the kiln through the feeding mechanism, resulting in excessive concentration of raw materials in the kiln, which is easy to agglomerate, and they need to be dispersed manually. Not only will it take a long time, but it will also cause fluctuations in the liquid level, which will affect the quality and output of the wire drawing. In severe cases, it will not be able to produce, and the effect is very bad. Moreover, due to the high temperature of the kiln pool, usually at 1200°C-1400°C, Working on the side of the kiln for a long time will bring harm to the body

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