How should a fully automatic glass tempering furnace be used? Is it safe?

In the glass deep processing industry, fully automatic glass tempering furnaces are gradually becoming key equipment. It not only improves the quality and strength of glass products, but also achieves significant improvements in production efficiency and energy utilization. So how should a fully automatic glass tempering furnace be used? How safe is he?

1. How to use a fully automatic glass tempering furnace?

A fully automatic glass tempering furnace is a device that rapidly cools the surface of glass by controlling the heating and rapid cooling process, creating pressure inside and enhancing hardness and strength. The specific usage method is as follows:

1.1. Preparation and parameter setting

Before using the fully automatic glass tempering furnace, careful preparation work should be carried out: check whether the equipment is working properly, and ensure that the power and gas supply are sufficient. Clean the furnace chamber to prevent dust and debris from adversely affecting the glass.

Set appropriate heating parameters based on the type and specification of glass to be processed, including heating temperature, insulation time, etc. This step requires accurate adjustment based on production experience and process requirements to ensure that each glass product can receive uniform heating treatment.

1.2. Load glass and start the device

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 glass 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 monitors the temperature to ensure uniform heating according to preset parameters.

1.3. Quenching process

When the glass reaches the preset heating temperature, the rapid cooling process begins immediately. By controlling the cooling airflow or fan, the glass surface can be quickly cooled, forming good compressive stress and enhancing the hardness and strength of the glass.

1.4. Unloading glass

After the tempering process is completed, stop the equipment operation and wait for the glass to cool to a safe temperature before carefully unloading the tempered glass products. At this point, the glass surface has formed uniform compressive stress and has better physical properties.

2. Is it safe to use a fully automatic glass tempering furnace?

The fully automatic glass tempering furnace is a relatively safe equipment under normal operation and appropriate maintenance. However, safety also depends on multiple factors, and the following are some suggestions and precautions to ensure the safety of fully automatic glass tempering furnaces:

2.1. Qualified equipment: Use fully automatic glass tempering furnaces that comply with international or industry standards to ensure that equipment design, manufacturing, and installation comply with relevant safety regulations.

2.2. Operating procedures: Operators should receive training to understand the working principle, operating steps, and safety precautions of fully automatic glass tempering furnaces. Following the correct operating procedures is a basic requirement to ensure equipment safety.

2.3. Protective facilities: Ensure that operators wear appropriate protective equipment, including high-temperature protective clothing, gloves, goggles, etc., to reduce risks when working in high-temperature environments.

2.4. Safety monitoring system: The equipment should be equipped with a comprehensive safety monitoring system that can monitor temperature, pressure, and other key parameters in real time. Once abnormalities are detected, the system should be able to promptly alert and stop equipment operation to ensure the safety of operators.

2.5. Equipment maintenance: Regular equipment maintenance, inspection of electrical equipment, heating elements, cooling systems, etc., timely detection and resolution of potential problems.