The RF BN/HC110DC10B1.XV hydraulic oil Filter Element has the characteristics of 10 micron high-precision filtration, large dirt holding capacity, high-quality filter material and sturdy structure to ensure durability, adaptability to multiple systems and fluids, easy maintenance and low long-term cost.

The RF BN/HC110DC10B1.XV hydraulic Oil Filter Element has the following characteristics:

Outstanding filtering performance

High precision filtration: With a filtration accuracy of up to 10 microns, it can effectively intercept impurities such as metal particles, dust, and gum in hydraulic oil, ensuring the cleanliness of the hydraulic system, reducing component wear, and lowering the incidence of failures.

Efficient pollutant absorption: With a large filtration area and high pollutant absorption capacity, it can accommodate more impurities, extend its service life and replacement cycle.

Excellent quality and durability

High quality filter material: The selected filter material has excellent chemical stability, can withstand various hydraulic oil chemical erosion, and has high mechanical strength. It is also not easily damaged or deformed in high-pressure environments.

Durable structure: The overall structural design of the filter element is reasonable and sturdy, capable of withstanding high working pressure, adapting to complex and harsh working environments, and ensuring stable operation under high pressure, vibration and other working conditions.

Good adaptability and compatibility

Wide adaptation: Suitable for various types of hydraulic systems, can be well matched with hydraulic equipment of different brands and specifications, easy to install, and reduces adaptation problems.

Oil compatibility: It has good compatibility with various hydraulic oils (such as mineral oil, synthetic oil, etc.) and can meet the filtration needs of different formulations of hydraulic oils.

Maintenance and economic advantages

Easy maintenance: The structural design is easy to install and disassemble, which can effectively shorten equipment downtime and reduce manual maintenance costs.

High cost-effectiveness: With high durability and long replacement cycles, from a long-term usage perspective, it can reduce the frequency of filter element replacement, lower overall operating costs, and improve the economic benefits of equipment operation.