Heat compensation device and method of glass wool centrifugal machine

Abstract

The invention discloses a heat compensation device of a glass wool centrifugal machine. The heat compensation device comprises a high-pressure gas pipeline and a fuel gas pipeline. The upper portion of the high-pressure gas pipeline is connected with a gas flow cut-off device, a cooling water trough and an electromagnetic heating coil are arranged on the inner side of a power frequency heating device, a mixed combustion chamber is arranged on the upper portion of the power frequency heating device, and the lower side of the fuel gas pipeline is connected with multiple sets of auxiliary combustors. The invention further discloses a heat compensation method of the glass wool centrifugal machine. The heat compensation method comprises the following steps that firstly, equipment is started, and parameters are collected; secondly, heat compensation treatment is carried out. The equipment can be heated or cooled according to the practical situations, and the heat compensation method is more scientific, more reasonable, and good in heat compensation effect.

Description

technical field [0001] The invention relates to the field of thermal compensation devices, in particular to a thermal compensation device and method for a glass wool centrifuge. Background technique [0002] In the glass wool production process, the centrifugal head is the place where the glass fiber is finally produced, which is the key to the quality control of the glass fiber. The temperature control is the key to quality control, constant temperature and air pressure, as well as the rotational speed of the centrifugal head, can pull out glass filaments of constant thickness. Due to the change of time and load, the power supply will also fluctuate, which will affect the temperature of the liquid glass in the drain plate and the spindle speed. Similarly, changes in the composition and pressure of the input natural gas will also cause changes in air pressure and temperature. Changes in these factors will lead to changes in the diameter of the final output glass fiber, ther...

AI Technical Summary

Problems solved by technology

Due to the change of time and load, the power supply will also fluctuate, which will affect the temperature of the liquid glass in the drain plate and the spindle speed. Similarly, changes in the composition and pressure of the input natural gas will also cause changes in air pressure and temperature.

Changes in these factors will lead to changes in the diameter of the final output glass fiber, thereby affecting the quality of the glass fiber

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