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Flexotherm’s new line of Teflon® coalescing filters offer superior quality at a competitive
price. All or our filter elements have been tested and proven under the most challenging
conditions with temperature ratings up to 700° F. The highly-controlled vacuum-formed
manufacturing process ensures consistent performance and quality. Flexotherm filters
deliver high-efficiencies, low pressure drops, and increased depth loading. Key
Features:
price. All or our filter elements have been tested and proven under the most challenging
conditions with temperature ratings up to 700° F. The highly-controlled vacuum-formed
manufacturing process ensures consistent performance and quality. Flexotherm filters
deliver high-efficiencies, low pressure drops, and increased depth loading. Key
Features:
- Gradient Pore Structure—fine liquid aerosols coalesce to form large droplets that
drain by gravity. - Solid particulate is trapped inside the media, not on the surface.
- Vacuum-Formed Media (no seams)
- High Dirt Holding Capacity for long life
- High Flow and low pressure drop
- High Filtration Efficiency
- Temperature Rating—110-700F
- Long Life
- Low Operating Costs
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Flexotherm is proud to represent the Micro-Filtration brand of Numatics, Inc., a leading manufacturer of pneumatic products and motion control products.
Numatics broad spectrum of standard, custom developed products and application components have made a significant impact on pneumatic
innovation as well as pneumatic and motion control technology. The company has an extensive history of generating innovative concepts and
technological breakthroughs. Many of today's standard features in pneumatic technology were industry firsts from Numatics. We continue our
innovative approach to product development by developing electric motion control solutions and enhancing our embedded Fieldbus and I/O products to
continually meet and solve our customer's application requirements.
MicroPath(TM) Coalescing-Separator
Most coalescing-separators on the market today use multilayered or mechanically wound media - a design which causes particles to plug the outer
layers - shortening the service life and change-out intervals.
MicroPath(TM) - is a proprietary weave of inorganic microfibers of different diameters. MicroPath(TM) media is vacuum formed into individual elements,
creating millions of complex, tortuous paths of varying density. T"his design allows particles to be trapped through the entire cross section of the filter,
lowering pressure drop and maximizing capacity.
MicroPath(TM) media is ideally suited for air to fluid separation and hydrocarbon or submicron particle removal. It offers a wide temperature range and
compatibility with most fluids and contaminants.
MicroPleat(TM) Particle Media
The life of any media is a function of the amount of solid contaminant subjected to the filter matrix as the pores become blocked, the pressure drop
increases and flow decreases. MicroPleat media offers corrugated pleats which significantly increase surface area and are heated to prevent fiber
shedding. MicroPleat has resin-impregnated media to provide high performance particle removal in applications ranging from food processing to
industrial filtration. It is manufactured from special grades of borosilicate glass, cellulose, and synthetically based fibers. MicroPleat media can be
used in liquid and gas applications.
The MicroPath 0.3 micron borosilicate glass fiber element, when magnified 228x, shows deep, tortuous paths and large air pockets which provide high
performance contaminate removal and longer life.
Air flows from the inside to the outside of the element through progressively larger openings in the media. As contamination moves through the
element, solid particles are trapped and liquids are formed into large droplets. As the air exits the element, surface tension holds the liquids and allows
them to drain to the bottom.
Sample Filters for Diesel Engine Analyzers
Diesel engine exhaust has a high concentration of solid particles, liquid droplets and a high dew point. It is imperative that it be heated to prevent
condensation which would affect the reliability of the testing. To prevent contamination, systems are designed with the filter close to the inlet of the
sample system. The filter is heated to prevent condensation upon startup. During operation, the filter gets exposed to high temperature exhaust gas.
We provide stainless steel filter housings wiht silicone seals specifically for the hot conditions of diesel engine exhaust. To ensure that temperatures
remain constant, the body is wrapped in heating tape.
Numatics broad spectrum of standard, custom developed products and application components have made a significant impact on pneumatic
innovation as well as pneumatic and motion control technology. The company has an extensive history of generating innovative concepts and
technological breakthroughs. Many of today's standard features in pneumatic technology were industry firsts from Numatics. We continue our
innovative approach to product development by developing electric motion control solutions and enhancing our embedded Fieldbus and I/O products to
continually meet and solve our customer's application requirements.
MicroPath(TM) Coalescing-Separator
Most coalescing-separators on the market today use multilayered or mechanically wound media - a design which causes particles to plug the outer
layers - shortening the service life and change-out intervals.
MicroPath(TM) - is a proprietary weave of inorganic microfibers of different diameters. MicroPath(TM) media is vacuum formed into individual elements,
creating millions of complex, tortuous paths of varying density. T"his design allows particles to be trapped through the entire cross section of the filter,
lowering pressure drop and maximizing capacity.
MicroPath(TM) media is ideally suited for air to fluid separation and hydrocarbon or submicron particle removal. It offers a wide temperature range and
compatibility with most fluids and contaminants.
MicroPleat(TM) Particle Media
The life of any media is a function of the amount of solid contaminant subjected to the filter matrix as the pores become blocked, the pressure drop
increases and flow decreases. MicroPleat media offers corrugated pleats which significantly increase surface area and are heated to prevent fiber
shedding. MicroPleat has resin-impregnated media to provide high performance particle removal in applications ranging from food processing to
industrial filtration. It is manufactured from special grades of borosilicate glass, cellulose, and synthetically based fibers. MicroPleat media can be
used in liquid and gas applications.
The MicroPath 0.3 micron borosilicate glass fiber element, when magnified 228x, shows deep, tortuous paths and large air pockets which provide high
performance contaminate removal and longer life.
Air flows from the inside to the outside of the element through progressively larger openings in the media. As contamination moves through the
element, solid particles are trapped and liquids are formed into large droplets. As the air exits the element, surface tension holds the liquids and allows
them to drain to the bottom.
Sample Filters for Diesel Engine Analyzers
Diesel engine exhaust has a high concentration of solid particles, liquid droplets and a high dew point. It is imperative that it be heated to prevent
condensation which would affect the reliability of the testing. To prevent contamination, systems are designed with the filter close to the inlet of the
sample system. The filter is heated to prevent condensation upon startup. During operation, the filter gets exposed to high temperature exhaust gas.
We provide stainless steel filter housings wiht silicone seals specifically for the hot conditions of diesel engine exhaust. To ensure that temperatures
remain constant, the body is wrapped in heating tape.
Section
[Code of Federal Regulations]
[Title 40, Volume 31]
[Revised as of January 1, 2008]
From the U.S. Government Printing Office via GPO Access
[CITE: 40CFR1065.590]
TITLE 40--PROTECTION OF ENVIRONMENT
CHAPTER I--ENVIRONMENTAL PROTECTION AGENCY (CONTINUED)
PART 1065_ENGINE-TESTING PROCEDURES--Table of Contents
Subpart F_Performing an Emission Test in the Laboratory
Sec. 1065.590 PM sampling media (e.g., filters) preconditioning and
tare weighing.
Before an emission test, take the following steps to prepare PM
sampling media (e.g., filters) and equipment for PM measurements:
(a) Make sure the balance and PM-stabilization environments meet the
periodic verifications in Sec. 1065.390.
(b) Visually inspect unused sample media (e.g., filters) for defects
and discard defective media.
(c) To handle PM sampling media (e.g., filters), use electrically
grounded tweezers or a grounding strap, as described in Sec. 1065.190.
(d) Place unused sample media (e.g., filters) in one or more
containers that are open to the PM-stabilization environment. If you are
using filters, you may place them in the bottom half of a filter
cassette.
(e) Stabilize sample media (e.g., filters) in the PM-stabilization
environment. Consider an unused sample medium stabilized as long as it
has been in the PM-stabilization environment for a minimum of 30 min,
during which the PM-stabilization environment has been within the
specifications of Sec. 1065.190.
(f) Weigh the sample media (e.g., filters) automatically or
manually, as follows:
(1) For automatic weighing, follow the automation system
manufacturer's instructions to prepare samples for weighing. This may
include placing the samples in a special container.
(2) For manual weighing, use good engineering judgment to determine
if substitution weighing is necessary to show that an engine meets the
applicable standard. You may follow the substitution weighing procedure
in paragraph (j) of this section, or you may develop your own procedure.
(g) Correct the measured mass of each sample medium (e.g., filter)
for buoyancy as described in Sec. 1065.690. These buoyancy-corrected
values are subsequently subtracted from the post-test mass of the
corresponding sample media (e.g., filters) and collected PM to determine
the mass of PM emitted during the test.
(h) You may repeat measurements to determine the mean mass of each
sample medium (e.g., filter). Use good engineering judgment to exclude
outliers from the calculation of mean mass values.
(i) If you use filters as sample media, load unused filters that
have been tare-weighed into clean filter cassettes and place the loaded
cassettes in a clean, covered or sealed container before removing them
from the stabilization environment for transport to the test site for
sampling. We recommend that you keep filter cassettes clean by
periodically washing or wiping them with a compatible solvent applied
using a lint-free cloth. Depending upon your cassette material, ethanol
(C2H5OH) might be an acceptable solvent. Your cleaning frequency will
depend on your engine's level of PM and HC emissions.
(j) Substitution weighing involves measurement of a reference weight
before and after each weighing of PM sampling media (e.g., filters).
While substitution weighing requires more measurements, it corrects for
a balance's zero-drift and it relies on balance linearity only over a
small range. This is most advantageous when quantifying net PM masses
that are less than 0.1% of the sample medium's mass. However, it may not
be advantageous when net PM masses exceed 1% of the sample medium's
mass. If you utilize substitution weighing, it must be used for both
pre-test and post-test weighing. The same substitution weight must be
used for both pre-test and post-test weighing. Correct the mass of the
substitution weight for buoyancy if the density of the substitution
weight is less than 2.0 g/cm\3\. The following steps are an example of
substitution weighing:
(1) Use electrically grounded tweezers or a grounding strap, as
described in Sec. 1065.190.
(2) Use a static neutralizer as described in Sec. 1065.190 to
minimize static electric charge on any object before it is placed on the
balance pan.
(3) Select a substitution weight that meets the requirements for
calibration weights found in Sec. 1065.790. The substitution weight
must also have the same density as the weight you use to span the
microbalance, and be similar in mass to an unused sample medium (e.g.,
filter). A 47 mm PTFE membrane filter will typically have a mass in the
range of 80 to 100 mg.
(4) Record the stable balance reading, then remove the calibration
weight.
(5) Weigh an unused sample medium (e.g., a new filter), record the
stable balance reading and record the balance environment's dewpoint,
ambient temperature, and atmospheric pressure.
(6) Reweigh the calibration weight and record the stable balance
reading.
[[Page 957]]
(7) Calculate the arithmetic mean of the two calibration-weight
readings that you recorded immediately before and after weighing the
unused sample. Subtract that mean value from the unused sample reading,
then add the true mass of the calibration weight as stated on the
calibration-weight certificate. Record this result. This is the unused
sample's tare weight without correcting for buoyancy.
(8) Repeat these substitution-weighing steps for the remainder of
your unused sample media.
(9) Once weighing is completed, follow the instructions given in
paragraphs (g) through (i) of this section.
[Code of Federal Regulations]
[Title 40, Volume 31]
[Revised as of January 1, 2008]
From the U.S. Government Printing Office via GPO Access
[CITE: 40CFR1065.590]
TITLE 40--PROTECTION OF ENVIRONMENT
CHAPTER I--ENVIRONMENTAL PROTECTION AGENCY (CONTINUED)
PART 1065_ENGINE-TESTING PROCEDURES--Table of Contents
Subpart F_Performing an Emission Test in the Laboratory
Sec. 1065.590 PM sampling media (e.g., filters) preconditioning and
tare weighing.
Before an emission test, take the following steps to prepare PM
sampling media (e.g., filters) and equipment for PM measurements:
(a) Make sure the balance and PM-stabilization environments meet the
periodic verifications in Sec. 1065.390.
(b) Visually inspect unused sample media (e.g., filters) for defects
and discard defective media.
(c) To handle PM sampling media (e.g., filters), use electrically
grounded tweezers or a grounding strap, as described in Sec. 1065.190.
(d) Place unused sample media (e.g., filters) in one or more
containers that are open to the PM-stabilization environment. If you are
using filters, you may place them in the bottom half of a filter
cassette.
(e) Stabilize sample media (e.g., filters) in the PM-stabilization
environment. Consider an unused sample medium stabilized as long as it
has been in the PM-stabilization environment for a minimum of 30 min,
during which the PM-stabilization environment has been within the
specifications of Sec. 1065.190.
(f) Weigh the sample media (e.g., filters) automatically or
manually, as follows:
(1) For automatic weighing, follow the automation system
manufacturer's instructions to prepare samples for weighing. This may
include placing the samples in a special container.
(2) For manual weighing, use good engineering judgment to determine
if substitution weighing is necessary to show that an engine meets the
applicable standard. You may follow the substitution weighing procedure
in paragraph (j) of this section, or you may develop your own procedure.
(g) Correct the measured mass of each sample medium (e.g., filter)
for buoyancy as described in Sec. 1065.690. These buoyancy-corrected
values are subsequently subtracted from the post-test mass of the
corresponding sample media (e.g., filters) and collected PM to determine
the mass of PM emitted during the test.
(h) You may repeat measurements to determine the mean mass of each
sample medium (e.g., filter). Use good engineering judgment to exclude
outliers from the calculation of mean mass values.
(i) If you use filters as sample media, load unused filters that
have been tare-weighed into clean filter cassettes and place the loaded
cassettes in a clean, covered or sealed container before removing them
from the stabilization environment for transport to the test site for
sampling. We recommend that you keep filter cassettes clean by
periodically washing or wiping them with a compatible solvent applied
using a lint-free cloth. Depending upon your cassette material, ethanol
(C2H5OH) might be an acceptable solvent. Your cleaning frequency will
depend on your engine's level of PM and HC emissions.
(j) Substitution weighing involves measurement of a reference weight
before and after each weighing of PM sampling media (e.g., filters).
While substitution weighing requires more measurements, it corrects for
a balance's zero-drift and it relies on balance linearity only over a
small range. This is most advantageous when quantifying net PM masses
that are less than 0.1% of the sample medium's mass. However, it may not
be advantageous when net PM masses exceed 1% of the sample medium's
mass. If you utilize substitution weighing, it must be used for both
pre-test and post-test weighing. The same substitution weight must be
used for both pre-test and post-test weighing. Correct the mass of the
substitution weight for buoyancy if the density of the substitution
weight is less than 2.0 g/cm\3\. The following steps are an example of
substitution weighing:
(1) Use electrically grounded tweezers or a grounding strap, as
described in Sec. 1065.190.
(2) Use a static neutralizer as described in Sec. 1065.190 to
minimize static electric charge on any object before it is placed on the
balance pan.
(3) Select a substitution weight that meets the requirements for
calibration weights found in Sec. 1065.790. The substitution weight
must also have the same density as the weight you use to span the
microbalance, and be similar in mass to an unused sample medium (e.g.,
filter). A 47 mm PTFE membrane filter will typically have a mass in the
range of 80 to 100 mg.
(4) Record the stable balance reading, then remove the calibration
weight.
(5) Weigh an unused sample medium (e.g., a new filter), record the
stable balance reading and record the balance environment's dewpoint,
ambient temperature, and atmospheric pressure.
(6) Reweigh the calibration weight and record the stable balance
reading.
[[Page 957]]
(7) Calculate the arithmetic mean of the two calibration-weight
readings that you recorded immediately before and after weighing the
unused sample. Subtract that mean value from the unused sample reading,
then add the true mass of the calibration weight as stated on the
calibration-weight certificate. Record this result. This is the unused
sample's tare weight without correcting for buoyancy.
(8) Repeat these substitution-weighing steps for the remainder of
your unused sample media.
(9) Once weighing is completed, follow the instructions given in
paragraphs (g) through (i) of this section.
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Flexotherm carries a full line of replacement filter elements that deliver High Filtration Efficiency, Long Life and Low Operating Costs including all major
name brands and replacement filter elements, coalescing filters, coalescent filters, pneumatic filters, filtration devices, heated filters, filter - valves.
Neptech manufactures its own line of coalescing filters that are equivalent to brands such as Balston, Parker-Balston, Parker-Finite, Finite, Domnick
Hunter, Filtersoft, Headline, Pioneer, Pall, Wilkerson and more.
name brands and replacement filter elements, coalescing filters, coalescent filters, pneumatic filters, filtration devices, heated filters, filter - valves.
Neptech manufactures its own line of coalescing filters that are equivalent to brands such as Balston, Parker-Balston, Parker-Finite, Finite, Domnick
Hunter, Filtersoft, Headline, Pioneer, Pall, Wilkerson and more.
- Arrow Filters
- Arrow Replacement Filters
- Arrow Oil Removal
- Arrow Coalescer
- Arrow Vapor Adsorber
- Balston Coalescers
- Finite Equivalent to specified Balston grade
- Balston Particulate Diesel Emission Test Filters
- Balston Particulate Filters
- Balston Disposable Inline Filter Housings
- Binks Filters
- Busch Filters
- Cuno Filters
- Cuno (AMF Cuno)
- Cuno 3um Nominal Particulate
- Cuno Activated Carbon
- Domnick Hunter
- Domnick Hunter High Efficiency Coalescing Filters
- Domnick Hunter General Purpose Filters
- Domnick Hunter Particulate Filters
- Domnick Hunter Oil Vapor & Odor Removal
- Domnick Hunter Trouble Shooter (High Temp)
- Filterite
- Filterite Particulate 3 Micron (Duo-Fine Afterfilter)
- Filterite Filters
- Duo-fine Afterfilter
- Filterite Adsorber Micro Carbon
- Filtersoft Filter Elements
- Filtersoft Elements
- Flair Filters
- Hankison Filters
- Hankison Oil Removal
- Hankison Aerolescer
- Hankison Hypersorb
- Hankison Accumax
- Hankison HG Series Filters
- Hankison Oil Vapor Removal Filters
- Hankison Ultra High Efficiency Oil Removal Filters
- Ultra High Efficiency Oil Removal Filters
- Hankison High Efficiency Oil Removal Filters
- Hankison Air Line Filters
- Hankison Separator / Filter
- Headline
- Henderson Coalescer
- Coalescer (Dryer Pre-filter)
- Henderson Particulate (Dryer After-Filter 3 Micron)
- Henderson Particulate High Temp 450 F
- Henderson Dryer After-Filter 0.9 Micron
- Johnson Controls
- Norgren
- Numatics
- Pall / Pneumatic Products Corporation
- Pall/PPC
- Pall Petrosorb Ultipore
- Carbon Adsorber
- Pall Natural Gas Coalescing Filter
- Pioneer Particulate Filter Elements
- Pioneer Coalescing Filter Elements
- Pioneer microlescer filter elements
- Pure Air
- Puretech
- Pure Tech
- Pure Air Purelescer
- Pure Air Pureadsorber
- Steris
- Sullair
- Ultra Air
- Ultrafilter
- Ultrafilter 80 Series
- Ultrafilter Prefilters
- Ultrafilter Fine Filters
- Ultrafilter Micro Filters
- Ultrafilter Sub Micro Filters
- Active Carbon Filters
- Ultrafilter Process Gas Elements
- Van Air
- Watts Standard Series Coalescing
- Watts Qube Series Coalescing
- Wilkerson 5 Micron Particulate (type A or Oil Removal)
- Wilkerson coalescer type b
- Wilkerson coalescer type c
- Wilkerson adsorber type d
- Zander
- Zeks Accraflow
- Zeks Accrasieve
- Zeks Accralescor
- Zeks Accrasorb
- Zeks Accratemp
- Zurn / General Air Dryer
- Zurn Particulate Filters
- Zurn Coalescing Filters
- Zurn Odorguard
- Balston filters
- Cartridge filter housing
- Coalescent filters
- Coalescer cartridge
- Coalescer filters
- Coalescing air filter
- Coalescing filter elements
- Coalescing filters
- Diesel fuel filters
- Element filters
- Engineered filtration systems
- Filter coalescing
- Filter housings
- Filter mesh
- Filter separators
- Filtersoft filters
- Finite filter
- Gas filter coalescer
- Separator
- Headline filters
- Mahle filters
- Parker air filter
- Parker cartridge filters
- Parker coalescing filter
- Parker filter cartridge
- Parker filter catalog
- Parker filter elements
- Parker filter housing
- Parker filters
- Parker filtration
- Parker finite filter
- Parker finite filters
- Parker hannafin filters
- Separator filter
- Stainless steel filter
- Stainless steel filter housing
- Wilkerson air filter
- Wilkerson filters
- Zander filters
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Ace, Airtak, Arrow, Atlas Copco, Balston, Binks, Comp Air, Deltech, Domnick Hunter, Filtersoft, Finite, Flair, Flexotherm, Gardner Denver, General
Pneumatics, Great Lakes Air, Hankison, Headline, Henderson, Hiross, Ingersoll-Rand, Johnson Controls, Kaeser, Mikropor, Motivair, Norgren, Pall Disk
Filters, Pall / PPC, Parker, Pioneer, Pneumatech, Pureair, SMC, Speedaire, Sullair, Techlab, Ultrafilter, Van Air, Walker, Watts, Wilkerson, Xebec,
Zander, Zeks, Zurn
Pneumatics, Great Lakes Air, Hankison, Headline, Henderson, Hiross, Ingersoll-Rand, Johnson Controls, Kaeser, Mikropor, Motivair, Norgren, Pall Disk
Filters, Pall / PPC, Parker, Pioneer, Pneumatech, Pureair, SMC, Speedaire, Sullair, Techlab, Ultrafilter, Van Air, Walker, Watts, Wilkerson, Xebec,
Zander, Zeks, Zurn
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