psid
1.5
1.0
0.5
0
bar
0.10
0.07
0.03
0
Flotrex-GF (FGF) nominal-rated filters combine
excellent retention characteristics with high throughput.
Constructed of durable glass fiber micromedia, they resist chemical
attacks in a variety of air, gas and liquid environments.
Ideal for fluid clarification, these filters offer high flow rates,
long service life and high throughput for premium value.
These fine filters are nominal-rated for air, gas and liquid
filtration with low pressure drop across the range of 0.45
to 3 micron. FGF filters resist higher temperatures than
most glass fiber products.
The FGF filter is just one example of our strong commit-
ment to liquid, air and gas treatment.
Our complete
portfolio includes filters for every stage of processing, and
we offer custom solutions for your unique applications.
Osmonics is your complete source for filters, housing and
other filtration equipment.
Whether you require an integrated solution or a single
component for a specific application, look to Osmonics
first. From one end of the filtration spectrum to the other,
Osmonics has a total commitment to fluid purity.
PRESSURE DROP (WATER)
FLOTREX -GF FILTERS
TM
G L A S S M I C R O F I B E R
(0.45, 1, AND 3µm NOMINAL RATINGS)
FGF ADVANTAGES
Nominal-rated borosilicate
glass fibers
Excellent retention
High throughput
Resists chemical attack
High solids holding capacity
Broad chemical compatibility
Sharp retention cutoff for
magnetic media
Low protein-binding
characteristic
High temperature resistance
0
2
4
6
8
10
GPM
0
10
20
30
40
LPM
psid
2.0
1.6
1.2
0.8
0.4
0
bar
0.14
0.11
0.08
0.06
0.01
0
PRESSURE DROP (AIR)
ACFM = SCFM
14.7 psia
(psig + 14.7)
ºF + 460
530
Note: For pressures and temperatures other than 14.7 psia (0 psig) and 70ºF, ACFM can be approximated with the following formula:
0.45µm
0
40
80
120
160
200
ACFM
0
1133
2265
3398
4530
5662
ALPM
1µm
3µm
0.45µm
1µm
3µm
ACFM = Actual Cubic Feet per Min.
ACFM = SCFM at 70º F and 14.7 pisa
Please contact
Filter Products at 804-231-4646 to place an order or for more information about this product.