High Efficiency Coalescing Filters

In general, coalescing filtration operates by agglomerating aerosols into larger droplets as they pass through the fiber matrix of the filter element. Eventually the droplets become large enough that they can be drained away by gravity.

Coalescing filters are designed to remove submicronic oil, water and solid contamination under 2 um in size from compressed air. Standard nominal 5 micron inline filters are not sufficient for those critical applications because their lowest particle removal limit is 2μm.

Coalescing filters are ideal for:

• Protecting sensitive instrumentation and equipment from malfunction and damage
• Removing submicronic liquid contaminants, including oil and water
• Removing submicronic particulate contaminants, including rust, dust, and pipe scale

H Series Parker Particulate Separator

H Series Particulate Separators filters feature a strong inner retainer to allow for low pressures and are designed to remove high levels of dirt when a relatively fine pore structure is required.

Parker Finite H Series high efficiency coalescing filters are available for:

• Rating of 3 micron
• Can be used as a prefilter for coalescing filter where a lot of solid contamination exists
• Pleated Cellulose element

H Series Parker Absorption Filter

H Series Absorption Separators filters are designed to remove odor, smell or taste of compressor lube oil from breathing air. They feature a strong inner retainer to allow for low pressures.

Parker Finite H Series high efficiency coalescing filters are available for:

• Strong inner retainer
• Ultra-fine grained, highly concentrated, activated carbon sheet media