Selection and Support
Explore the infrared temperature measurement system for high-voltage switchgear and learn about the applications and advantages of thermal imaging temperature measurement systems.
2025/10/01
Hengyi Technology’s Holiday Notice for National Day and Mid-Autumn Festival 2025
The autumn breeze brings refreshing coolness, and the sweet fragrance of osmanthus fills the air. We are soon to celebrate the 76th anniversary of the founding of the People’s Republic of China and the Mid-Autumn Festival, a time that symbolizes family reunion. In accordance with national regulations on statutory holidays and taking into account our company’s specific circumstances, the holiday schedule for Hengyi Technology in 2025 for National Day and the Mid-Autumn Festival is hereby announced as follows: I. Holiday Period From Wednesday, October 1, to Wednesday, October 8, a total of eight days, including compensatory leave. Employees will return to work on Sunday, September 28, and Saturday, October 11.
2025/09/30
Infrared Thermometry: Technology Driving a New Trend in Health Management
Explore how infrared temperature‑measurement technology plays a vital role in health management and epidemic prevention and control.
2025/09/28
An in-depth exploration of infrared temperature‑monitoring systems for high‑voltage switchgear, examining how they enhance equipment safety and operational efficiency.
2025/09/25
Learn how infrared temperature‑monitoring systems for high‑voltage switchgear enhance the safety and operational efficiency of power equipment.
2025/09/22
This paper delves into the infrared temperature‑monitoring system of high‑voltage switchgear, examining its significance and applications in ensuring the safety of power‑distribution equipment.
2025/09/19
In the field of industrial process control and monitoring, level measurement is a critical component. From ancient mechanical designs to modern electronic systems, level‑measurement technology has undergone numerous iterations. Although conventional contact‑type and non‑contact‑type level transmitters remain widely employed, their inherent limitations are becoming increasingly apparent in ever more complex application scenarios. In recent years, the emergence of 80 GHz millimeter‑wave radar level transmitters, with their outstanding performance, has begun to redefine industry standards. This paper systematically compares 80 GHz millimeter‑wave radar technology with traditional level‑measurement methods, analyzing their fundamental differences.
2025/09/17
During the heavy‑rain flood season, water‑level monitoring faces numerous challenges. How can millimeter‑wave radar level gauges deliver accurate measurements? The flood period poses a severe test for water‑level monitoring equipment. Strong winds, torrential rain, waves, floating debris, and rapidly fluctuating water levels all present significant obstacles to conventional measurement methods. However, thanks to its unique technological advantages, the millimeter‑wave radar level gauge emerges as an ideal solution, delivering outstanding performance even under such extreme conditions. This article will explore in depth how it achieves stable, precise water‑level measurement in the complex environment of the flood season.
2025/09/16
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