The 30-150-207 oil filter has a significant acid removal effect, which can efficiently adsorb and neutralize acidic substances in fire-resistant oil, maintain stable oil pH value, and delay oil degradation.

The filtering accuracy reaches 25 μ m, which can effectively intercept small particles, impurities, etc., reducing the wear of system components.

Using glass fiber filter material and stainless steel frame, it is resistant to high temperature (-20 ℃ -100 ℃) and high pressure (1.6MPa), suitable for harsh working conditions of fire-resistant fuel systems, and has a long service life.

The folding structure design increases the filtering area, enhances the pollutant holding capacity, and ensures the continuous and stable operation of the system.

The characteristics of the fire-resistant diatomaceous earth acid removal filter 30-150-207 are mainly reflected in functional adaptability, structural design, and material properties, as follows:

Targeted acid removal function: The core feature is the ability to efficiently adsorb and neutralize acidic substances in fire-resistant oil, which is not available in ordinary oil filters. Anti fuel oil is prone to oxidation and produce acidic components in high temperature and high pressure environments. This Filter Element uses functional filter materials such as diatomaceous earth to effectively control the pH value of the oil and prevent corrosion of metal components in the system by acidic substances.

Composite filtration capability: While removing acid, it has a filtration accuracy of 25 μ m, which can intercept solid particles, sludge and other impurities in the oil, avoid problems such as valve core jamming and component wear, and achieve the dual function of "acid removal+filtration".

Suitable for harsh working conditions: using glass fiber filter material and stainless steel skeleton, with a wide temperature range (-20 ℃ -100 ℃) and high pressure resistance (1.6MPa), it can adapt to special environments with high temperature, high pressure, and high chemical stability requirements of fire-resistant fuel systems, and is not easily ineffective due to changes in oil characteristics or working conditions.

Efficient structural design: The folding structure increases the filtration area, improves the pollutant holding capacity and circulation efficiency, which can extend the service life of the filter element and ensure smooth circulation of oil in the system, reducing pressure loss.

Strong system protection: By stabilizing the oil performance (controlling acidity and cleanliness), indirectly delaying the aging rate of fire-resistant oil, reducing system maintenance frequency and component replacement costs, it plays a key protective role in the fire-resistant hydraulic system of large equipment such as steam turbine generators.