High Temperature High Pressure Magnetic Flap Level Gauge For Industrial Tanks

The high-temperature and high-pressure magnetic flap level gauge is specially designed and manufactured for measuring the liquid level in high-temperature and high-pressure containers, such as power station boiler drums, high-pressure heaters, petrochemical hydrogenation reactors, and high-pressure steam generators.

1. Safety cornerstone under extreme conditions: It provides a backup liquid level monitoring system that does not require external energy and is visually intuitive for core and high-risk equipment such as power plants, nuclear power stations, and critical reactors. It serves as an important safety redundancy for DCS/remote instruments and complies with safety regulations.
2. Unparalleled intuitiveness: When electronic signals in the control room may fail, operators can directly and reliably observe the actual liquid level, providing a crucial basis for emergency operations.
3. Exceptional reliability: Through top-tier material and structural configurations, it achieves long-term, maintenance-free operation in harsh environments.
4. Relatively accurate and stable measurement: Particularly suitable for complex media such as saturated water. After special design, the indication is clearer and safer than that of ordinary connected glass tube water level gauges.

1. Thermal/nuclear power generation: Boiler drum water level measurement (the most classic and important application), high-pressure heaters, deaerators, steam generators.
2. Petrochemical industry: Hydrogenation reactors, high-pressure polyethylene reactors, high-pressure steam drums, synthesis towers.
3. Chemical fiber industry: High-temperature and high-pressure polymerization reactors.
4. Central heating: high-temperature hot water boiler.

In today's pursuit of high automation, this seemingly "traditional" mechanical instrument, due to its inherent safety and absolute intuitive characteristics, still holds an unshakable strategic position under extreme working conditions and is a concentrated embodiment of industrial safety philosophy.