In industrial liquid level measurement, conditions such as media adhesion, strong corrosiveness, and the need for high-frequency cleaning have always been
a nightmare for traditional contact sensors. As a technology-driven liquid level sensor manufacturer, Shenzhen Xingkechuang Technology Co., Ltd. has strategically
focused on non-contact capacitive liquid level sensors to fundamentally solve these problems.
Xingkechuang Technology's Non-Contact Capacitive Principle Revealed
Xingkechuang Technology's non-contact liquid level sensor employs a unique "coaxial capacitance measurement technology." The sensor probe is mounted on
the outer wall of the container, forming a stable capacitive field with the container wall. When the liquid level inside the container changes, the dielectric constant
of the capacitive field changes. The high-precision chip inside the sensor captures this minute change in capacitance in real time and converts it into a precise liquid
level height signal using advanced algorithms.
Addressing Four Major Industry Pain Points, Providing Superior Solutions
Pain Point 1: Media Adhesion and Crystallization: In the chemical and coating industries, viscous media easily adhere to the probe surface, leading to inaccurate
measurements. Xingkechuang Technology's sensor measures from the outside, completely eliminating the adhesion problem.
Pain Point 2: Highly Corrosive Media: In electroplating and pickling processes, sensor probes are easily corroded. Our product probes do not come into contact
with the media; only the container wall needs to be corrosion-resistant, significantly reducing usage costs and risks.
Pain Point 3: Hygienic High-Frequency Cleaning: In the food and pharmaceutical industries, CIP/SIP processes require high-pressure, high-temperature cleaning.
The non-contact design eliminates hygiene blind spots, perfectly meeting the highest hygiene standards.
Pain Point 4: Measurement of Small, Sealed Containers: For reagent bottles and small pressure vessels, drilling is not possible for installation. StarTech's sensors offer
a simple external adhesive solution for non-destructive installation.
StarTech's Technological Barriers: Our advantage lies not only in mastering the principles but also in possessing numerous patents in signal processing, anti-interference design,
and temperature compensation algorithms. This allows our sensors to maintain extremely high measurement stability and accuracy even in complex industrial environments.
Conclusion: Shenzhen StarTech Technology Co., Ltd.'s non-contact capacitive level sensor represents an ideal technological path for specific demanding operating conditions.
It is not just a product, but a well-thought-out solution for our customers. If you are struggling with the above measurement challenges, please contact our technical engineers
for a customized measurement solution.
