Glass-Lined Steel Equipment Customization
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Temperature measurement is designed for accurate temperature monitoring in glass-lined reactors and related equipment. It helps you measure process temperature reliably while maintaining good corrosion resistance and the mechanical strength needed for demanding operating conditions.
Temperature measurement components are typically made with a metal substrate and an external glass lining. The metal substrate, usually carbon steel, provides structural strength and support, while the outer glass lining provides corrosion resistance. The upper end is fitted with a flange for connection to the reactor, and the lower end forms a closed temperature-sensing tip.
Features
- Basic Structure
Temperature measurement components are generally made of a carbon steel base with an external glass lining. This combination gives the component both mechanical strength and corrosion resistance, making it suitable for use in glass-lined reactors and similar equipment. - Connection Design
The upper end is equipped with a flange for installation on the reactor, while the lower end is designed as a closed measuring end for temperature detection inside the vessel. - Temperature Measurement Principle
Built-in measuring elements, such as a thermocouple or resistance temperature detector, convert the material temperature into an electrical signal. The signal is then transmitted to a display instrument or control system so that the process temperature can be monitored in real time.