Brochure

Why Filter Compressed Air?
Product rejects and increased maintenance expenses can
occur due to poor air quality
S
ubmicronic contaminants in
compressed air systems plug
orices of sensitive pneumatic
instrumentation, wear out seals,
erode system components, reduce
the absorptive capacity of desiccant
air/gas dehydrators, foul heat
transfer surfaces, reduce air tool
eciency, and damage nished
products. e results include
Finite’s HX-Series
Offers...
HX-Series by the
numbers...
Why Use Finite
Filters?
• Coalescing, bulk liquid
removal, particulate and
adsorption lter elements
• Optional differential pressure
gauge, an autodrain, or
manual drain
• Temperature to 212°F
• Pressures to 290 PSIG
• Connection sizes from 1/4” to
3” NPT
• Flows from 15 to 1300 SCFM
• 18 lter housing sizes
• 90 lter element types and sizes
• 10 connection sizes
• 9 ltration media choices: From bulk water separators to
99.995% efcient coalescers
• 2 unique nanober coalescing media technologies
available, our time-tested UNI-CAST formulation as well
as a deep bed pleated nanober choice
• 1,000,000’s of borosilicate glass nanobers utilized in
each coalescing element made
Numerous Element Types
Our special UNI-CAST formed
elements and our deep bed pleated
elements provide lower pressure
drop and less frequent changeouts,
saving you time and money.
HX Meets Your Needs
The HX-Series offers 630 different
lter/element variations to meet your
application requirement
OEM Capabilities
When you need a special lter for
a unique application, Finite lter
experts are ready to work with
you. We can tailor a conguration
to meet your special need from
the wide variety of lter media
available. In addition, with LEAN
manufacturing, we can produce
specials in reasonable quantities, in
a reasonable amount of time, at a
reasonable price. Not only will this
enhance the performance of your
product, but it will benet you with
aftermarket sales of replacement
elements.
product rejects, lost production
time and increased maintenance
expense. For example, trace amounts
of submicronic oil can cause serious
sh eye blemishing in automotive
nishing operations. Water left in
air lines can freeze during exposure
to cold temperatures, blocking ow
or rupturing pipes. Compressor
lubricant not captured in a
coalescing lter will eventually collect
in pneumatic components, causing
premature component failure,
requiring repair or replacement.
Environmental concerns will be
raised if oily, compressed air is
continually discharge into the
atmosphere through a pneumatic
muer.
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