Replacing HYDAC HY430350450 hydraulic oil Filter Element is commonly used in hydraulic systems to filter out metal particles, pollutants and impurities in fluid media, in order to protect the normal operation of equipment. The filter material is generally glass fiber, stainless steel mesh or wood pulp filter paper, with a filtration accuracy range of 1 μ m-100 μ m, a working pressure of 21bar-210bar, and sealing materials mostly nitrile rubber rings or fluororubber rings. The working medium is general hydraulic oil, and the working temperature range is roughly between -10 ℃ and 100 ℃.

The HY430350450 filter cartridge has the following characteristics: 

Excellent filtration performance: Using high-quality filter materials (such as glass fiber, stainless steel mesh, etc.), it has high filtration accuracy and can effectively intercept metal particles, impurities and other pollutants in hydraulic oil, ensuring the cleanliness of hydraulic system oil and reducing component wear.

Reliable structure: The shell and end caps are made of high-strength materials with good compressive performance, which can maintain structural stability under high working pressure and are not easily deformed or damaged; The sealing design is tight, using sealing materials such as nitrile rubber or fluororubber, which can effectively prevent unfiltered oil leakage and ensure filtration efficiency.

Strong pollutant holding capacity: The special structural design of the filter material provides it with a large pollutant holding space, which can accommodate more impurities, extend the replacement cycle, and reduce maintenance costs.

Good adaptability: able to adapt to a certain range of working temperatures (usually -10 ℃ to 100 ℃), compatible with general hydraulic oil and other media, and can work stably under various industrial hydraulic system conditions.

Small pressure loss: Through optimized design, the resistance of oil passing through the filter element is small, reducing system pressure loss, ensuring efficient operation of the hydraulic system, and reducing energy consumption.