Insulated Magnetic Liquid Level Gauge For Food Industry / Chemical industry

This insulated magnetic flap level gauge is a type of magnetic flap level gauge specially designed to handle special working conditions where the medium is prone to solidification, crystallization, or becomes viscous at ambient temperatures.

• Overcoming the measurement challenges of high-viscosity and easily crystallizing media: Expanding the application scope of magnetic flap level gauges to special media such as asphalt, heavy oil, paraffin, sulfur, molten salt, high-concentration alkali solutions, and certain chemical solutions.
• Retaining all core advantages of magnetic flap level gauges: On-site display is intuitive, no power supply is required, it is safe and reliable, and can be equipped with remote transmission and switches.
• Ensuring production safety and continuous operation: Preventing liquid level loss of control due to instrument freezing and blockage, which could lead to overfilling or emptying of tanks and other production accidents.
• Reducing maintenance workload: Eliminating the need for frequent steam purging or manual tapping to clear blockages and other primitive maintenance methods.

• Petroleum industry: crude oil, heavy oil, residual oil, and asphalt storage tanks.
• Chemical industry: liquid sulfur, phenol, caprolactam, molten polymers, and concentrated alkaline liquid storage tanks.
• Food industry: edible oil, syrup, chocolate, and other food raw materials that are prone to solidification storage tanks.
• Severe cold regions in the north: any water-based medium storage tanks that may freeze in winter.
• Environmental protection engineering: dosing tanks for high-concentration wastewater treatment (such as PAC, PAM).

The insulated magnetic flap level gauge embodies the design concepts of "functional modularization" and "providing integrated solutions for specific problems" in industrial instrumentation. It is a typical example of how instruments adapt to complex process requirements. In situations where local monitoring of the liquid level of easily solidifying media is needed, it is often one of the most reliable and economical choices.