Profile® II RFN Nylon Depth Filter – Gas, Liquid Filter Cartridges

Why Choose Profile II RFN Series depth filter cartridges?

 

The Profile II RFN elements have an absolute rated downstream section leading to 99.98% efficiency in liquid and a continuously profiled pore size upstream section for increased service life. 

The Profile II RFN filter has numerous applications in a broad range of industries such as chemical, petrochemical, pharmaceutical, paint, resin coating, food, beverage and cosmetics.

 

 

 

*Please refer to the documentation for additional specifications.

 

The recommended maximum pressure differential for the standard RFN Series filters is 75 psi up to 86 °F (30 °C), 50 psi up to 158 °F (70 °C), and 35 psi up to 180 °F (82 °C). For the GN Series filters with glass filled nylon cores, recommended maximum pressure differential is 90 psi up to 86 °F (30 °C), 80 psi up to 158 °F (70 °C), 70 psi up to 212 °F (100 °C), and 50 psi up to 300 °F (150 °C).

 

If the fluid filtered is compatible with polypropylene and temperature below 194 °F (90 °C), Profile II RF Polypropylene Series elements, described in Data Sheet E1 and Bulletin PRO 400, may be suitable. Pall Corporation’s Scientific and Laboratory Services group will supply compatibility information for both nylon and polypropylene upon request.

 

Cartridge Grade	Grade Removal Rating				Clean Pressure Drop		Typical Aqueous Flow (GPM/10" Cartridge)
	Liquid Service				Liquid Service	Gaseous Service
	Rating in μm at % Efficiency				Aqueous Pressure Drop (psi/gpm)2	CFM of Air per PSI per 10" Cartridge3
	90%	99%	99.9%	99.98%
050	2.0	3.0	4	5	0.8	11	3 - 8
100	6.5	7.5	9	10	0.3	29	6 - 15
200	10	14	18	20	0.10	75	10 - 15
400	20	30	35	40	0.05	207	10 - 15
700	32	50	701	-	<0.05	415	10 - 15

 

1 Extrapolated values.

2 Pressure drop in PSI per GPM for a single 10″ module. For multiple elements, divide by number of modules. For fluids other than water, multiply by viscosity in centipoise.

3 For longer modules, increase the flow rates listed in proportion. The flow rates listed do not take into account pressure losses due to flow in the internal diameter of the element, which becomes significant above about 40 to 60 cfm.