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- Non-Contacting Radar Level Transmitter
- Frequency Range
76 – 81 GHz millimeter-wave radar - Process Temperature
−40 °C to +85 °C / up to +200 °C
- Frequency Range
- Non-Contacting Radar Level Measurement Module The 80GHz millimeter-wave radar module is a key part used in non-contact level transmitters to measure liquids and solids with high precision.
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- Compact Radar Level Transmitter
- Frequency Range
76 – 81 GHz millimeter-wave radar - Process Temperature
−40 °C to +85 °C
- Frequency Range
- Compact radar level transmitters feature an integrated plastic housing with corrosion-resistant properties. Their small size makes installation simple and setup quick, while still providing accurate and stable measurements in standard working conditions.
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- ADV Series Radar Level Transmitter (ATEX/HART/SIL 2 Approved)
- Frequency Range
76 – 81 GHz millimeter-wave radar - Process Temperature
−40 °C / up to +200 °C (maximum)
- Frequency Range
- ADV Series Radar Level Measurement Module They use customized algorithms designed for different working conditions to keep the readings stable, even when the signal is weak or there’s interference around.
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- Guided Wave Radar Level Transmitter
- Measured Variable
Level and interface level - Ambient Temperature
-40°C to 85°C / 200°C
- Measured Variable
- Guided Wave Radar Level Measurement Module They work based on TDR (Time Domain Reflectometry) technology and can be combined with cable, rod, or coaxial probes to provide continuous and low-maintenance measurement.
Radar Sensor Applications
Why Choose Us
- Core Competitive Edge
We design and produce our own millimeter-wave chips, including 77–81GHz and 13/26GHz MMIC chips, as well as radar imaging processors, giving us full control over performance and innovation. - Core Team
Our R&D team is led by Ph.D. experts from Tsinghua University with deep knowledge in RF circuit design, radar system algorithms, dedicated processor chips, automotive-grade SoC design, and high-frequency antenna technologies such as AiP (Antenna-in-Package) integration. We have R&D centers in Zhuhai, Beijing, and Hefei, with over 60% of our staff dedicated to research and development. - Product Accuracy (Radar)
We focus on making radar sensors that are accurate, reliable, and built to meet the same standards as top international brands.
Can millimeter-wave radar level transmitters support automated monitoring and handle complex on-site conditions? What certifications do they have?
Can millimeter-wave radar level transmitters support automated monitoring and handle complex on-site conditions? What certifications do they have?
Yes. They’re made to work with automated systems and can measure material levels in real time, staying accurate even in tough industrial environments. Each device is certified with CE, HART, ATEX explosion-proof, and SIL2 explosion-proof standards.
What types of materials can radar level transmitters measure?
What types of materials can radar level transmitters measure?
They can measure both liquids and solids, from powders and grains to thicker materials such as slurries or pastes. Because of their versatility, they’re often used in industries such as petrochemical, food processing, and building materials.
Do environmental factors such as dust or temperature affect measurement accuracy?
Do environmental factors such as dust or temperature affect measurement accuracy?
Millimeter-wave radar sensors can still measure accurately even when the environment isn’t ideal. They can penetrate dust, steam, and other obstacles, keeping the readings stable despite changes in humidity or temperature.