GE P&W Pleated Filters - Memtrex MP-S Pleated Filters - Manual

Fact Sheet
Memtrex* MP-S
Pleated Filters with Polyethersulfone Membrane
Figure 1: Memtrex MP-S Pleated Filters
Description and Use
Our commitment to validation is based upon the
FDA Guidelines that we establish documented evi-
dence of assurance that a specific process will con-
sistently produce a product meeting its
predetermined specification and quality attributes.
Memtrex* MP-S filters (Figure 1) are designed for
final sterile filtration of biological and pharmaceuti-
cal products. The double-layer PES membrane pro-
vides low protein-binding, high throughput and
broad chemical compatibility for your critical filtra-
tion processes.
Find a contact near you by visiting www.ge.com/water and clicking on “Contact Us”.
* Trademark of General Electric Company; may be registered in one or more countries.
©2010, General Electric Company. All rights reserved.
FS1080EN.doc Dec-10
A detailed Validation Guide is available from GE to
document our rigorous testing for your records and
reviews. The guide includes all the data necessary
to assist the user with compliance to regulatory re-
quirements.
The Memtrex MP-S filter is just one example of our
strong commitment to the pharmaceutical industry.
Our complete portfolio includes filters for every
stage of processing, and we offer custom solutions
for your unique applications. GE is your complete
source for filters, crossflow membranes, housings
and other filtration equipment.
Typical Applications
Memtrex MP-S filters are specifically designed for
sterile filtration of pharmaceutical and biological
products. Typical applications include:
• Final Filtration of Drugs and Biologicals
• Final Filtration of Water for Injection
• Final Filtration of Pure Water for Dialysis
• LVPs, SVPs
• Diagnostics
• Tissue Culture Media
• Vaccines
General Properties
Memtrex MP-S filters are available with an absolute
pore size micron rating of 0.2 µm. Tables 1, 2, 3 and
4 show further details on materials of construction,
dimensions, operational limits and flow perform-
ance.
Table 1: Materials of Construction