Resisting High Temperature Borosilicate Glass Lens Sight Glass Disc Lenses

Resisting High Temperature Shock Borosilicate Glass Sight Glass Disc Lenses

Properties:

• These borosilicate glass lenses are renowned for their exceptional resistance to thermal shock, maintaining their shape and optical clarity even at temperatures ranging from -200°C to 400°C.
• The disc-shaped design allows for minimal distortion and maximum light transmission.

Applications:

• Sight glass disc lenses made of borosilicate glass are commonly used in high-temperature applications such as industrial furnaces, heat exchangers, and chemical reactors.
• They are also used in laboratory settings where precise temperature control is essential.
• The lenses’ ability to withstand thermal shock makes them ideal for use in environments where rapid changes in temperature occur.

Usage:

1. Industrial Furnaces: These lenses are used in industrial furnaces to monitor temperature and pressure levels, ensuring safe and efficient operation.
2. Heat Exchangers: They are employed in heat exchangers to measure temperature differences between fluids or gases, facilitating precise control of heating and cooling processes.
3. Chemical Reactors: Borosilicate glass sight glass disc lenses are used in chemical reactors to monitor the reaction process, allowing for adjustments to be made as needed.
4. Laboratory Equipment: They are commonly used in laboratory settings to measure temperature, pressure, and other parameters during experiments.
5. Boilers and Steam Systems: These lenses are used in boilers and steam systems to monitor temperature, pressure, and water levels, ensuring safe and efficient operation.
6. Power Generation Plants: They are employed in power generation plants to monitor temperature and pressure levels in turbines, generators, and other equipment.
7. Waste Water Treatment Plants: Borosilicate glass sight glass disc lenses are used in waste water treatment plants to measure pH, temperature, and other parameters during the treatment process.