Looking for a reliable alternative to STAUFF Filter Cartridges? Look no further. Our domestically produced alternative filter cartridges stand in exact alignment with foreign filter cartridge performance parameters. These filters are specifically engineered to ensure system safety and optimally efficient operations in hydraulic and lubrication systems.
Widely employed across diverse domains including chemical engineering, construction machinery, the paper industry, shipbuilding, and machine tool manufacturing, these alternative filter cartridges meticulously filter out solid particles and colloidal substances from the working medium.
Precision is an innate quality of these alternate filters with a filtration accuracy of 2-25μm. This ensures effective pollutant control, providing an uncontaminated medium for your system operations.
Built with stainless steel, these filters endure under operational pressures ranging from 0.6 to 21MPa. Their robust construction underscores the reliability of these filters, even under demanding conditions.
Featuring versatility, these filters successfully manage various mediums including general hydraulic oil, phosphate ester hydraulic oil, emulsified liquids, and water-glycol, hence ensuring flexibility in diverse operational environments.
With seals made from nitrile rubber or fluoro rubber, these alternative filter cartridges provide exceptional sealing performance across a wide temperature range of -20℃ to +100℃.
The filtration materials utilized include stainless steel mesh, metal fiber, felt, glass fiber, water-absorbent glass fiber, and filter paper. This distinct range ensures suitability to various filtration needs and adds to the adaptability quotient of these filters.
In summary, these alternative STAUFF Filter Cartridges deliver robust performance, sophisticated filtration precision, and indomitable versatility, offering an ideal solution for various industrial needs. Choose these alternatives for superior filtration, guaranteeing safety and high performance of your systems.
