Recently, our company completed a new round of specialized performance tests on the mature YYTL series desulfurization pumps. Designed specifically to meet the unique characteristics of media transported in flue gas desulfurization (FGD) systems at thermal power plants, this series of pumps represents an advanced, energy-efficient solution developed by integrating the best technological features from both domestic and international counterparts. These tests further confirmed the pumps' exceptional reliability in key performance metrics as well as their outstanding performance in real-world applications.

During this test, technicians used professional equipment such as vibrometers and sound level meters to conduct multi-dimensional monitoring of key components—including the pump body, bearings, and motor—focusing on vibration amplitude, noise sound pressure levels, and operational stability. The results showed that the equipment exhibited extremely low vibrations throughout its operation, with vibration amplitudes of core components consistently remaining within standard limits. Additionally, noise levels were significantly lower than industry norms, with no harsh high-frequency noises detected. The equipment also started smoothly and ran continuously without any abnormalities, such as overheating or unusual sounds. Furthermore, the well-designed maintenance interfaces ensured convenient access for routine upkeep, fully highlighting the system's safety and reliability.

As a mature piece of equipment that combines high efficiency with energy-saving advantages, the YYTL series desulfurization pumps not only deliver exceptional efficiency and long service life but also boast highly versatile applicability across a wide range of scenarios. Beyond their core role in wet flue gas desulfurization systems at thermal power plants, these pumps can also meet the demanding needs of industries such as metallurgy, mining, and coal, handling corrosive liquids containing fine solid particles. Additionally, they are well-suited for municipal wastewater discharge and river channel dredging projects—critical areas directly benefiting public livelihoods. The results from this recent testing provide users with concrete, real-world evidence to select low-interference, high-safety pumping solutions, while further solidifying the product’s competitive edge in diverse fluid-handling applications. This, in turn, helps drive cost reduction, efficiency improvements, and stable operations across related industries.

Our company has consistently embraced the philosophy of "driving green development through technological innovation." Moving forward, we will continue to focus on industry needs, deeply investing in the R&D of environmental protection equipment. We will relentlessly optimize product performance, providing more efficient, reliable, and eco-friendly equipment and services to a broader range of industry clients, thereby jointly advancing the green transformation and high-quality development of our sector.