Discover Jiwei’s Rada-31, an advanced 80GHz radar level gauge offering high precision, non-contact measurement, and strong anti-interference for reliable industrial applications.

Discover the best water level sensors for accurate measurement, from float level sensors to ultrasonic and radar sensors. Learn how Flap-11 and other solutions can improve your industrial water level measurement

Learn how Jiwei’s Smart Level Sensors transformed grain storage efficiency on a farm, reducing losses and improving management.

Explore Jiwei Radar Level Sensors’ precision and reliability for water measurement in challenging environments and various industries.

Rada-31 Radar Level Meter sets new industry standards with high accuracy, strong anti-interference, and broad applicability for complex conditions.

Radar level sensors and ultrasonic level sensors are two commonly used non-contact level measurement technologies. The former relies on microwave technology, while the latter works on sound wave principles.

To address this challenge, radar level meters, with their non-contact measurement and resistance to interference, have become the ideal solution for level monitoring in HF storage tanks.

Ensure precise and reliable coal powder level monitoring in power plants with the Jiwei JW Rada-31 radar level meter. Discover its high accuracy, dust resistance, and long-term stability advantages.

Ensure safe and efficient oil management in your Oil Storage Tank with the Rada-31 level sensor. It provides accurate, reliable level data throughout intake, storage, and discharge processes, supporting smooth operations.

The JW Rada-31 radar level meter uses 80GHz FMCW radar technology with an integrated antenna, offering a maximum measurement range of 30 meters. It operates on a non-contact principle, providing high precision and excellent signal-to-noise ratio. Easy to use and maintenance-free, it remains unaffected by medium variations or process conditions. Widely used in reactors and storage tanks, the JW Rada-31 ensures stable, accurate measurements even in harsh conditions like steam, pressure, and dust.