News

• SINFT
• 2025-04-16 00:23:07

The provided text introduces wound cellulose depth filter elements as a cost-effective method for achieving high-efficiency filtration in low-viscosity oils, including hydraulic, turbine, and transformer oils. These elements leverage the properties of wound cellulose to not only screen but actively clean the oil by dislodging contaminants and achieving particle removal below 1 micron. This document serves as a foundational understanding for further research into this specific type of chemical cellulose depth filter cartridge.

• SINFT
• 2025-04-08 00:17:29

Traditional power plant filtration systems often face challenges such as inadequate filtration precision (e.g., hydraulic oil cleanliness levels of NAS 8-10), high maintenance costs (with annual downtime exceeding 200 hours), and significant resource wastage (with waste oil recovery rates below 30%). As the power industry transitions towards smarter and greener operations, there is an urgent need to develop new filtration systems that offer high precision, low energy consumption, and comprehensive lifecycle management. This proposal integrates nanomaterials, AI prediction, IoT, and membrane separation technologies to comprehensively upgrade the treatment of hydraulic oil, lubricating oil, and wastewater.​<br />  

• SINFT
• 2025-04-03 08:50:13

Characteristics of Phosphate Ester Hydraulic Oil and the Impact of Impurities​​Unique Chemical Structure and Properties​Phosphate ester hydraulic oil belongs