Recognizing the crucial need for efficient and reliable filtration, our company has successfully engineered a domestic alternative to ARGO's internationally renowned filters. In hydraulic and lubrication systems, these filters play a vital role; removing solid particles and colloidal substances from working media. Their contribution to controlling the pollution level of the working media is instrumental in ensuring safe and efficient system operations.
Our ARGO filter alternative boasts of high-quality fibreglass material apt for filtering solid particles and colloidal substances in hydraulic systems and lubrication systems. This home-grown alternative meets the performance parameters of foreign filters, efficiently controlling the pollution level of the working medium to ensure safe and efficient system operation—making it a compelling choice for several industries.
From the chemical, construction machinery, paper production, shipbuilding, to machine tool manufacturing fields, our filters promise exceptional performance. The filter material, stainless steel mesh, metal fibre filter material, fleece, fibreglass, water-absorbing fibreglass, and filter paper, allows a smaller flow resistance, larger dirt holding capacity, and high fatigue resistance.
Critical technical parameters include a filtration accuracy of 2-25μm and a working pressure of 0.6-21MPa. The filter material consists of stainless steel, and it effectively handles various filtration media, including general hydraulic oil, phosphate ester hydraulic oil, emulsion, and water-ethylene glycol. As for the seal material, we use nitrile rubber and fluorine rubber, suitable for a working temperature range of -20°C to +100°C.
In conclusion, our domestic filter alternatives demonstrate a promising future that meets international standards, optimizes cost efficiencies, and complements our drive toward national industrial self-sufficiency. Utilizing high-quality materials and effective techniques, the filter alternatives we provide are sure to guarantee system safety and efficiency.
