Air and Gas Coalescing Elements

Application

Gas coalescing elements are used in a variety of applications including the protection of natural gas compressors, turbines, and mechanical seals preventing fouling and excessive wear caused by oil, water, and their itinerant contaminants.

Quality Gas Process Elements

Our gas coalescing elements deliver extremely high removal efficiencies of liquid and solid aerosols in air and gas applications. The highest quality components are selected to optimize the performance of these elements in typical compressed air and gas processes.

Our factory manufactures cylindrical elements, designed for optimum use of the maximum amount of media in a given element configuration. Configurations consist of the inner and outer support around pleated/conventional media of various types (polypropylene, polyester, fiberglass, cellulose with varying micron ratings), drainage layer, gaskets/o-ring configuration (materials vary), bottom and top cap configurations, and dimensional information (height, od, id).

Typical Natural Gas Filtration is rated at industry standard 0.3 micron to efficiently capture the most difficult size contaminants. High surface area from the pleated media adds long life to the filters. Standard construction includes pleated microfiberglass coalescing media, a cellulose support layer and a polyester drainage layer. Plated steel end caps and cores are standard but stainless steel and synthetics are available. A heavy duty outer support prevents element failure in high differential upset conditions. A needled polyester drainage layer ensures high drainage rates.

Gas Filter Separator Elements

Gas Filter Separator elements are designed to replace Peco, Pall, King Tool, Peerless, Facet and others. The direction of the flow is outside to in.

Examples of Gas Process Elements

Manufacturers Banner Commercial Cooper-Bessemer Cuno Facet Filterite Filtration Technology Fleetlife Flo Line Fluitek FSI General Electric Guardian Laboratories Hilco Hoffman-Allen Interstate Filters Kaydon/Keene King Tool Nelson Winslow Nugent Pall Peco Peerless Porous Media Purolator Refilco Texas Filtration United Engine Velcon Waukesha

Typical Dimensions:

Hgt	O.D.	I.D.	Configuration*
Sock Type Elements
18.75	3.00	1.56
36.75	3.00	1.56
Lube Oil Filters
16.25	4.37	1.60
32.25	4.37	1.60
Fiberglass Elements
12.00	3.50
24.00	3.50
36.00	3.50
72.00	3.50
36.00	4.50	3.13
72.00	4.50	3.13
36.00	5.50	4.25	O-O
36.00	5.50	4.25	O-C BH
36.00	5.50	4.25	O-C Ex
72.00	5.50	4.25	O-O
36.00	5.50	4.25	O-C R-Fl
Fiberglass Filter/Coalescing Elements
11.00	6.00	3.50
14.50	6.00	3.50
22.25	6.00	3.50
28.00	6.00	3.50
36.00	6.00	3.50
44.00	6.00	3.50
56.00	6.00	3.50
Pleated Media Phase Coalescing- Abs.3µ Fiberglass
36.25	6.00	4.20
Vapor Phase- Abs. P/G Medias
36.00	4.50	3.13
Pleated Media Vapor Phase- Abs.3µ Fiberglass
29.31	2.75	1.50	O-C LE
36.00	4.50	3.13
37.31	5.50
Activated Carbon Canisters
20.25	6.75	1.50
20.25	10.75	2.00
22.25	10.75	2.00
44.50	10.75	2.00
Pleated Media- Paper
36.75	3.00	1.50
14-54"	6.00	3.50
Pleated Media- Abs. Paper
38.62	3.75	1.87
38.62	3.75	2.18
37.62	6.25	1.85
Pleated Media- Abs. Polypropylene
60.50	6.25	2.93
Pleated Media Separator- 5µ Silicon
11-44"	6.00	3.50

* Configuration: O-O - Open-Open, O-C - Open-Closed, BH - Bolt Hole, Ex - Extention, R-Fl - Reverse Flow, LE - Leg Extension

Medias/Properties
-Gas Separator Elements:
Micron Available: 10, 5, 1, 0.5, 0.3

Media	Max OpºF	Min OpºF	Min PSID	Max PSID
Fiberglass	300	-60	15	75

Medias/Properties
-Gas Particulate Elements:
Micron Available: as low as beta 5000 at 1

Media	Max OpºF	Min OpºF	Min PSID	Max PSID
Polypropylene	175	-60	15	>50
Polyester	240	-60	15	>50
Fiberglass	275	-60	15	>50
Cellulose Syn-Blend	240	-60	15	>50