Solutions for Glass Tempering and Processing Challenges

At present, the main heating element of the glass tempering furnace is the resistance furnace, and all of its heat comes from the electric heating element. Whether the setting of the main process parameters of the glass tempering furnace effectively affects the quality and output of the product thro

Tempered glass is widely used in daily life, as it has stronger impact resistance and safety than normal glass. The equipment used to produce tempered glass is a glass tempering furnace, which can produce tempered glass through physical or chemical methods. So what are the categories of glass temper

A glass tempering furnace is a device that can improve the strength of glass. Generally, tempering furnaces are divided into two types based on different tempering methods: physical tempering furnace and chemical glass tempering furnace. The tempering method of physical tempering furnace does not ch

Glass is widely used in daily use, and there are many types. Among them, tempered glass is one of the more commonly used types of glass, which has high strength and durability. Generally, glass tempering furnaces are used for production. However, glass needs to be ground before entering the glass te

Glass tempering furnaces are essential equipment in the glass manufacturing industry. These furnaces aim to heat glass to a high temperature and then rapidly cool it to form products that have undergone hardening and tempering treatment. The process of toughening glass increases its strength, making

A glass tempering furnace is a device used for strengthening glass, which works by rapidly cooling the glass at high temperatures to increase its strength and durability. Due to the hazardous factors such as high temperature and high pressure involved in this equipment, a series of measures must be

1. Stop the vacuum pump too early, and stop vacuuming before the temperature drops below 50 ℃. At this time, the EVA film is still in flow, making it easy for air to enter the glass again and form bubbles. The solution is to stop vacuuming only when the temperature drops below 50 ℃. 2. If the temper

We believe that the problem of bubbles in the produced EVA laminated glass may be caused by the following reasons: 1. The vacuum was not completely drained, The flatness of the glass is not sufficient,, 3. The air humidity is high, and there is moisture on the glass,, Place some steel wire balls or