Selection and Support
In the production and warehouse management of alcoholic beverages, liquid-level monitoring is a critical component for ensuring product quality and optimizing operations. Traditional contact‑based measurement methods often suffer from insufficient accuracy and susceptibility to environmental interference. With the maturation of millimeter‑wave radar technology, non‑contact alcohol level gauges have emerged, leveraging precise radar‑wave sensing to enable disturbance‑free measurement of liquid levels in baijiu storage tanks, marking a significant technological breakthrough for the industry.
2025/10/30
During traditional base‑spirit storage, earthenware jars foster aging through their unique micro‑oxygenation environment; however, they also present the challenge of monitoring liquid‑level evaporation in real time. With the maturation of low‑power wireless millimeter‑wave radar technology, it is now possible to perform non‑contact, high‑precision monitoring of base‑spirit levels, enabling distilleries to achieve digital management and ensuring consistent product quality and secure storage.
2025/10/28
In power distribution systems, busbars serve as the core components for electrical energy transmission, continuously carrying high currents. Their operational condition directly impacts equipment safety. By leveraging precise temperature measurement and intelligent early‑warning technologies, abnormal temperature rises in busbars can be detected in real time, enabling a shift from “reactive response” to “proactive protection” and establishing a digital safeguard for the secure operation of distribution cabinets.
2025/10/27
Which type of level gauge should be selected to measure the liquid level in a closed tank?
In the field of industrial measurement, precise monitoring of liquid levels in closed tanks has long been a critical challenge. Faced with complex operating conditions and a wide variety of process media, selecting the appropriate level‑measurement instrument has become a primary concern for many professionals. This paper systematically reviews the mainstream liquid‑level measurement technologies currently available and provides an in-depth analysis of the principles and application scenarios of millimeter‑wave radar level transmitters, offering valuable guidance for managing liquid levels in closed vessels.
2025/10/24
In modern industrial processes, precise monitoring of liquid levels in storage tanks is a critical component for ensuring production safety and optimizing inventory management. Traditional wired level‑measurement methods suffer from drawbacks such as complex wiring and challenging maintenance, whereas the mature application of wireless remote transmission technology offers a more efficient and flexible solution to this need. Below, we will systematically outline the technical principles, system architecture, and key advantages of implementing wireless remote transmission for industrial tank level measurement.
2025/10/23
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