With the continuous advancement of science and technology, the fully automatic glass tempering furnace, as an important equipment in the field of glass deep processing, is gradually becoming the mainstay of the glass industry. It not only improves the quality and strength of glass products, but also has made great improvements in production efficiency and energy utilization. How to use the fully automatic glass tempering furnace? How about safety?
The fully automatic glass tempering furnace is a device that controls the heating and quenching process to quickly cool the surface of the glass, so that it generates pressure inside to enhance the hardness and strength. The specific usage method is as follows:
Before using the fully automatic glass tempering furnace, careful preparation work must be carried out: check whether the equipment is normal and ensure that the power supply, gas source, etc. are adequate. Clean the furnace cavity to prevent dust and debris from adversely affecting the glass.
According to the type and specifications of the glass to be processed, set appropriate heating parameters, including heating temperature, insulation time, etc. This step needs to be accurately adjusted according to production experience and process requirements to ensure that each glass product can be evenly heated.
Place the glass products to be processed into the furnace chamber of the glass tempering furnace. Pay attention to the uniformity of placement and avoid contact between the glasses to avoid uneven stress during the tempering process.
Start the fully automatic glass tempering furnace and start the heating process. During the heating process, the system will monitor the temperature to ensure uniform heating according to the preset parameters.
When the glass reaches the preset heating temperature, the rapid cooling process begins immediately. By controlling the cooling airflow or fan, the glass surface is quickly cooled to form a good compressive stress and enhance the hardness and strength of the glass.
After the tempering process is completed, stop the equipment and wait for the glass to cool to a safe temperature. Then, you can carefully unload the tempered glass products. At this time, the glass surface has formed a uniform compressive stress and has better physical properties.
The fully automatic glass tempering furnace is a relatively safe device under normal operation and proper maintenance. However, safety also depends on multiple factors. Here are some suggestions and precautions to ensure the safety of fully automatic glass tempering furnaces:
1. Qualified equipment: Use fully automatic glass tempering furnaces that meet international or industry standards, and ensure that the equipment design, manufacture and installation comply with relevant safety regulations.
2. Operating procedures: Operators should be trained to understand the working principle, operating steps and safety matters of fully automatic glass tempering furnaces. Following correct operating procedures is the basic requirement to ensure equipment safety.
3. Protective facilities: Ensure that operators wear appropriate protective facilities, including high-temperature resistant protective clothing, protective gloves, goggles, etc., to reduce the risk when working in high temperature environments.
4. Safety monitoring system: The equipment should be equipped with a complete safety monitoring system that can monitor temperature, pressure and other key parameters in real time. Once an abnormality is found, the system should be able to alarm and stop the equipment in time to ensure the safety of the operator.
5. Equipment maintenance: Regularly perform equipment maintenance, check electrical equipment, heating elements, cooling systems, etc., and promptly discover and solve potential problems.
How to use a fully automatic glass tempering furnace? How is it safe? I hope the above can solve your doubts. In short, the use of fully automatic glass tempering furnaces improves the quality of glass products. While enjoying the convenience brought by this technology, safety issues should also be given enough attention.