Parker Finite Filters: H-Series

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Step 1: Determine your media type

Media Type

Media type C

Available in grades 4,6,8 or 10 - Air Flow: Inside to Outside

Parker Finite c
The coalescing element is made with our UNI-CAST construction. Which is composed of an epoxy saturated, borosilicate glass micro-fiber media, this media is used in applications requiring the removal of particulate and liquid contamination. The outer synthetic fabric layer allows quick removal of coalesced liquids. Media type I is fabricated similarly to the C media but includes an additional inner retainer intended for added strength where reverse flow is likely.

Media type Q

Available in grades 4,6,8 or 10 - Air Flow: Inside to Outside

Parker Finite Q
This coalescing element is composed of an epoxy saturated, borosilicate glass micro-fiber media, and is also made with our unique UNI-CAST construction. This media has a builtin pleated cellulose prefilter as the inner layer. As with the C and I media types, the outer synthetic fabric layer aids in the fast and efficient removal of coalesced liquids.

Media type D

Available in grades 4,6,8 or 10 - Air Flow: Inside to Outside

Parker Finite D
Media type D elements are composed of a microglass coalescer, utilize a unique high temperature UNI-CAST formulation, however they are surrounded by inner and outer diameter metal retainers. These metal retainers, coupled with a glass drain layer, make this an extremely strong element designed to remove both solid and liquid contaminants at higher temperatures.

Media type 7CVP or ME

Only available in 1¼" NPT port size housings and larger
Air Flow: Inside to Outside

Parker Finite 7CVP ME
Finite’s 7CVP media type has two filter layers between metal retainers. The outer layer removes aerosols while the inner layer traps solid particles - this protects and extends the life of the outer layer. 7CVP elements are used in bulk liquid coalescing applications or when relatively high efficiency and low pressure drop are required. A distinctive 7DVP media is constructed the same way, but it allows for higher temperature applications. Finite’s ME media type are mist eliminator elements that are constructed comparably to the 7CVP, but offer even higher filtration efficiency for more critical compressed air quality demands.

Media type 100WS

Water Separator Element (removal of bulk liquids)
Air Flow: Inside to Outside

Parker Finite 100WS
This rolled stainless steel mesh element has Inner and Outer Diameter metal retainers with rolled stainless steel mesh between them. It is an extremely sturdy design. With a nominal rating of 100 micron, this media is used for the elimination and reduction of excess liquids in gas streams. It is also a good choice as a prefilter for coalescing grades 6 and 10 where extreme volumes of liquid contaminants are present.

Media type 3P

Interceptor Element (removal of solids)
Air Flow: Outside to Inside

Parker Finite 3P
Finite’s 3P pleated cellulose element removes solid contaminants, with a 3 micron absolute rating. Because this element is designed to flow from its outside to the inside, it has a strong inner retainer that gives it added strength. 3P particulate “Interceptor” elements are used where relatively fine pore structure is required but very high dirt loading is expected. It may also be used as a prefilter to a coalescing filter in systems where high solid contamination exists.

Media type A

Adsorption Element (removal of odor)
Air Flow: Outside to Inside

Parker Finite A
This hydrocarbon vapor removal element contains an ultra-fine grained, highly concentrated, activated carbon sheet media. These elements are designed to flow from the outside to their inside, therefore they have a strong inner retainer giving them added strength. This media type of element is used to remove hydrocarbon vapor and is often used to remove the smell or taste of compressor lube oil from breathing air.
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