Introduction to Several Application Fields of Infrared Thermometers
1. The use of infrared thermometers for steel can continuously measure the temperature of the entire reheater and the efficiency of the heater. Measure the temperature on both sides of the steel plate to determine if the heating is uniform. Improve product quality
2. The temperature of the glass industry testing furnace ensures consistent temperature from edge to edge and a flat surface of the glass. Thus: ● Improve product yield ● Improve process control ● Improve product consistency ● Reduce downtime
3. Plastic industry ● Blow molding film pressing: * * temperature testing to ensure the tensile strength and uniform thickness of the plastic ● Stacking and embossing treatment: use infrared thermometer to monitor the film temperature and control the heater
4. Use infrared thermometers for heating, ventilation, and cooling: ● Scan room temperature ● Check pipeline temperature ● Test boiler temperature and evaluate boiler performance ● Observe air supply and return circuits
Supermarkets or food processing enterprises may spoil if the storage temperature of refrigerated food is generally below 4.4 ℃. So an infrared thermometer can be used for convenient and quick inspection
Other applications include grain processing, food processing, aquatic product processing, alcoholic beverage production enterprises, inspection and quarantine departments, and so on.
Compared with traditional products, the infrared thermometer TM672 has the following characteristics:
In the past 20 years, non-contact infrared thermometers have developed rapidly in technology, with continuously improved performance, enhanced functions, an increasing variety of products, and an expanding range of applications. Their market share has been increasing year by year. Compared to contact based temperature measurement methods, infrared temperature measurement has advantages such as fast response time, non-contact, safe use, and long service life.
