Replace KAESER 6.4248.1 air compressor Filter Element with inertia filtration and diffusion filtration principles. Large particle dust undergoes inertial motion in the airflow, and when encountering obstacles, it deviates from the direction of the airflow due to inertia and collides with the obstacles; Small particles of dust undergo irregular Brownian motion. The smaller the dust, the more intense the irregular motion, and the more opportunities it has to collide with obstacles, thus achieving filtration.

6.4248.1 The Air Filter element has the following characteristics:

High filtration accuracy: filtration accuracy ≤ 10 μ m, filtration effect ≥ 99.8%, can effectively filter out dust, sand particles, oil mist and other impurities suspended in the ambient air, protect the internal parts of the air compressor, and avoid premature wear of the screw rotor or premature blockage of the oil filter and oil gas separator.

Adopting efficient filtration principle: using inertia filtration and diffusion filtration principle. Large particle dust collides with obstacles due to inertia, while small particle dust undergoes Brownian motion to increase the chance of colliding with obstacles, thereby achieving efficient filtration.

Large filtration area: Adopting a wide distance folding corrugated manufacturing process, the filter element has a large filtration area, high dust holding capacity, and can extend its service life. Under normal working conditions, the service life is about 2000 hours.

Wide nominal pressure range: The nominal pressure is 0.1-30MPa, which can adapt to various air compressor systems with different pressure environments.

Easy to maintain: As part of the Caesar filter product, it has an easy to maintain design that ensures correct and easy opening and closing of the filter housing, and quick and clean replacement of the filter element.

Small pressure loss: Thanks to the large size of the housing and filter surface, innovative fluid dynamics, and high-performance filter media, compared to other commercially available filters, pressure loss can be reduced by up to 50%, and it remains almost unchanged throughout the entire service life of the filter cartridge, reducing costs, CO ₂ emissions, and relieving the load on upstream compressors.