The 3D radar level scanner accurately detects the three-dimensional information of solid materials in silos. Based on 80–140 GHz frequency modulated continuous wave (FMCW) radar, the radar sensor is driven by a rotating and pitching structure to perform a 360° high-resolution scan of the material surface. It generates a 3D visualization image and calculates material … Read more
Fermentation industries—such as those involved in antibiotic production—generate significant amounts of foam. Excessive foam can overflow, leading to product loss and microbial contamination. To address this, foam levels must be continuously monitored, and appropriate amounts of antifoam agent automatically dispensed when necessary to maintain control. Our Foam Level Sensors are designed specifically for this purpose: … Read more
The radar flow meter is a compact, non-contact, online monitoring device designed for applications such as open channels and natural rivers. It operates based on the Doppler effect: electromagnetic waves are transmitted toward the water surface and scatter upon contact with the moving water, generating an echo. Because the frequency of the received echo shifts … Read more
The Magnetic Float Level Gauge with Float uses a float as the measuring element. A set of pulleys and a steel wire indirectly indicates the level of the measured medium in open or low-pressure containers. Suitable for measuring the liquid level in corrosive media tanks, containers, oil tanks, oil fields, oil depots, and other industrial … Read more
For volatile measurement media such as liquefied petroleum gas, liquid ammonia, propylene, and propane, we have designed and developed an Anti-Bubble Magnetic Level Gauge. The main chamber of this level gauge incorporates a bubble-eliminating mechanism that effectively suppresses false level readings caused by bubble-induced bouncing of the float ball while ensuring the float ball’s normal … Read more
UHZ-C Cryogenic Magnetic Level Gauge is suitable for measuring liquids at low and ultra-low temperatures, with a minimum operating temperature of -196℃. The chamber utilizes mature cryogenic isolation technology, allowing the level gauge to operate normally in low-temperature environments for extended periods. It offers advantages such as frost-free surface, no blind spots during measurement, clear … Read more
The UHZ-H high temperature and high pressure magnetic level gauge uses high-quality seamless stainless steel tubing and standard stainless steel flanges. Its unique heat dissipation method and high-temperature resistant materials ensure normal level measurement operation under high temperature and high pressure environments. Features Technical parameters Measurement Range 200~6000mm~18000mm (customizable) Rated Temperature -196℃~550℃ Measurement Accuracy Without … Read more
Magnetic level indicators feature customized heat tracing devices, suitable for measuring easily condensable and crystallizing media in low-temperature environments, or for measuring liquids with high viscosity and high temperature. They can be configured with steam/vacuum jackets, electric heating, and insulation/heat protection devices for various complex applications. Heat Tracing Types Generally, there are two main methods … Read more
The Magnetic Level Indicator can be customized with level transmitters and switches to achieve long-distance transmission and control of liquid level. Remote transmitters and reed switches are available in explosion-proof and non-explosion-proof versions, with explosion-proof ratings from ExdⅡCT4 to CT6. Customers can choose different explosion-proof ratings according to their actual site requirements. Key Features: Transmitter … Read more
Corrosion-resistant magnetic level indicator is used for measuring the level of various corrosive and toxic liquids in storage tanks during industrial production. It is particularly suitable for acidic and alkaline solutions with low operating temperatures and pressures. The liquid-contacting parts of this level gauge are made of PP or PVC material, and can also be … Read more