PSS® Plus Series Junior Style Metal Elements product photo Primary L

PSS® Plus Series Junior Style Metal Elements

PSS Plus Series Junior Style Metal Elements

For Low Flow Liquid and/or Environmental Applications

PSS Plus Series porous metal elements in junior style (4463) are designed for low flow liquid and/or gas applications requiring 316L stainless steel porous metal construction.

PSS Plus Series filters are Pall’s most recent development in porous metal filtration. The filters utilize a new state-of-the art manufacturing method to fabricate elements that have more uniform pore structure within the metallic media to increase filtration efficiency and tighten permeability.
The fine sintered stainless steel structure enables filtration in applications with high temperature, pressure, and solvent resistance. They are recommended for clean steam service and well suited for liquid or gas applications including solvents chemical intermediates, heat transfer fluids, polymers, pharmaceuticals, and high-temperature gases.
With a filtration area of 30 in2 (194 cm2), these filters are designed specifically for low flow liquid and/or gas applications.

Features Benefits
All stainless steel construction Compatible for applications like steam, chemicals, high-temperature gases
More uniform pore structure within metallic media Tighter range of permeability
High pressure and corrosion resistance Withstands high reverse flows
New manufacturing process reduces production time lead Flexibility in order procurement
ISO 9001 Certified Facility Ethylene Propylene


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Description

PSS Plus Series Junior Style Metal Elements

For Low Flow Liquid and/or Environmental Applications

PSS Plus Series porous metal elements in junior style (4463) are designed for low flow liquid and/or gas applications requiring 316L stainless steel porous metal construction.

PSS Plus Series filters are Pall’s most recent development in porous metal filtration. The filters utilize a new state-of-the art manufacturing method to fabricate elements that have more uniform pore structure within the metallic media to increase filtration efficiency and tighten permeability.
The fine sintered stainless steel structure enables filtration in applications with high temperature, pressure, and solvent resistance. They are recommended for clean steam service and well suited for liquid or gas applications including solvents chemical intermediates, heat transfer fluids, polymers, pharmaceuticals, and high-temperature gases.
With a filtration area of 30 in2 (194 cm2), these filters are designed specifically for low flow liquid and/or gas applications.

Features Benefits
All stainless steel construction Compatible for applications like steam, chemicals, high-temperature gases
More uniform pore structure within metallic media Tighter range of permeability
High pressure and corrosion resistance Withstands high reverse flows
New manufacturing process reduces production time lead Flexibility in order procurement
ISO 9001 Certified Facility Ethylene Propylene

Specifications

Recommended Maximum Flow Densities

Liquid Rating1 Gas Rating2
10 μm 1 μm

Recommended Flow Density

Aqueous
(gpm)
Aqueous
(lpm)
Air
(Nm3/hr)
Air
(acfm)
0.2 11 8.5 9
0.8 8 8 7
1 Beta 1000 (99.9 %) by a modified F2 test method and actual particle count data.
2 Beta 1000 (99.9 %) by modified F2 test and 10:1 ratio of liquid to gas efficiency.

Materials of Construction

Component Description
Medium 316L stainless steel
Endcaps and core 316L stainless steel
O-ring seals Ethylene Propylene,
Ethylene Propylene for
Steam Service, Viton*
* Viton is a trademark of E.I. du Pont de Nemours and Company

Technical Information

Clean Pressure Drop

Liquid Service3 Gaseous Service4
Aqueous Pressure Drop mbar-m2/lpm (psi/gpm/ft2) Air Pressure Drop mbar-m2/m3/min (psi/acfm/ft2)
0.30 (0.18) 7.47 (0.03)
3 Pressure drop in psid obtained by multiplying value shown by actual flow desired in gpm, viscosity of liquid in centipoise (if other than 1 cp), all divided by total filtration area (ft2) selected.
4 Pressure drop in psid obtained by multiplying value shown by actual gaseous flow rate desired (acfm), ratio of viscosities [(actual viscosity of gas (in cp)/0.018 (viscosity of air)], all divided by total filtration area (ft2) of element selected.

Operating Conditions

Maximum Differential Pressure:
5.17 bar forward and reverse @ 93.3 °C
75 psid forward and reverse @ 200 °F (93.3 °C)

Type

Metal filters

Use

Steam and liquid filtration of solvents or other aggressive chemicals

Ordering Information

This information is a guide to the part number structure and possible options. For availability of specific options and housing details, please contact Pall.

Part Number: MCS4463PAH < Table 1 > BOX

Table 1: Gasket Options

Code Gasket Material
H Viton*
J Ethylene Propylene
J7 Ethylene Propylene for Steam Service
*Viton is a trademark of E.I. du Pont de Nemours and Company

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