Toughened glass homogenizing furnace for deduster

Abstract

The invention provides a toughened glass homogenizing furnace for a deduster, belonging to the technical field of processing equipment for toughened glass. The upper and lower sides of an inner cavity (10) are both provided with heating pipes (6); the left sidewall of the body (1) of the homogenizing furnace is provided with a fan (2); the fan (2) is connected with a blast pipe (3) which is communicated with the inner cavity (10); the right sidewall of the body (1) of the homogenizing furnace is provided with a slide rail (7) which is slidably connected with a sliding door (8); and an air outlet (9) is arranged below the right side of the body (1) of the homogenizing furnace. The toughened glass homogenizing furnace is simple in structure and convenient to install and maintain; interior furnace temperature is uniform; the toughened glass homogenizing furnace is provided with a temperature control system and does not rely on experience of workers in heating, so the quality of toughened glass is guaranteed; moreover, the door of the furnace is opened and closed in a sliding way, so space is not occupied, and butt joint of the body of the furnace is benefitted.

Description

technical field [0001] The invention relates to a tempered glass processing equipment, in particular to a tempered glass homogenization furnace for a dust collector. Background technique [0002] The non-vitreous substance particles inside the tempered glass are the most important factor leading to the self-explosion of the tempered glass. This substance is brought into the glass by impurities in the raw materials for glass production. The homogeneous treatment of tempered glass for secondary heating and annealing is a recognized solution. The most effective way to self-explode tempered glass is that the current glass homogeneous furnace is a three-dimensional hollow box with a fan on it. When working, the glass sheet is pushed into the furnace from the furnace door, the power is turned on, the heat is released, and the fan is turned on to make the inside of the box The temperature is uniform, and the homogenization process can be completed after a certain period of time at ...

AI Technical Summary

Problems solved by technology

[0002] The non-vitreous substance particles inside the tempered glass are the most important factor leading to the self-explosion of the tempered glass. This substance is brought into the glass by impurities in the raw materials for glass production. The homogeneous treatment of tempered glass for secondary heating and annealing is a recognized solution. The most effective way to self-explode tempered glass is that the current glass homogeneous furnace is a three-dimensional hollow box with a fan on it. When working, the glass sheet is pushed into the furnace from the furnace door, the power is turned on, the heat is released, and the fan is turned on to make the inside of the box The temperature is uniform, and the homogenization process can be completed after a certain period of time at a certain temperature. This kind of homogenization furnace has certain problems. Because the fans are installed on the upper part of the furnace and blow air from top to bottom, the convection effect is not good. The temperature is uneven, and the temperature is controlled by the experience of the workers during the heating process. The poor temperature control affects the homogeneity effect of the tempered glass, and the existing furnace doors are all open, and the opening of the furnace door takes a certain amount of time. When the internal volume of the homogeneous furnace box is not enough, the furnace door needs to be disassembled and the furnace body is connected, which increases the investment of equipment and brings huge waste

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