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SLGPX13NL

Millipore

Millex® polyethersulfone syringe filter

pore size 0.22 μm, diam. 13 mm, non-sterile, hydrophilic

Synonym(s):

0.22 μm PES syringe filter, Millex-GP syringe filter, Millipore Express® PES syringe filter, disposable syringe filter, polyethersulfone syringe filter, syringe filter

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About This Item

UNSPSC Code:
41104922
eCl@ss:
32031690
NACRES:
NB.24

material

polyethersulfone membrane
polypropylene housing

Quality Level

Agency

suitable for DIN 38407-42
suitable for GB 31604.35-2016

sterility

non-sterile

product line

Millex®

feature

holdup volume≤ 15 μL (after air purge)
hydrophilic

manufacturer/tradename

Millex®

parameter

10 bar max. inlet pressure (150 psi)
45 °C max. temp.
48 L/min flow rate
48 mL/min-cm2 water flow rate

technique(s)

UHPLC: suitable
analytical sample preparation: suitable
fast flow filtration: suitable
low protein-binding filtration: suitable

H

21 mm

diam.

13 mm

filtration area

0.8 cm2

volume

10 mL

color

green

pore size

0.22 μm

input

sample type aqueous solution(s)
sample type mild organic solution(s)

bubble point

≥4.1 bar, air with water at 23 °C

fitting

female Luer-Lok® inlet
male Luer outlet slip

shipped in

ambient

Application

Millex® Syringe Filter, PES, Non-sterile has been used in:
  • clarification of aqueous solutions
  • to remove macromolecules from silk substrates
  • buffer filtration

Features and Benefits

  • Non-sterile Millex® syringe filters contain Millipore Express® PLUS polyethersulfone (PES) membrane.
  • Enables fast filtration of aqueous and mild organic solutions,0.22 μm pore size diameters to suit your application needs.
  • Available as 100 per pack.
  • Low protein binding and maximum sample recovery.
  • Broad chemical compatibility.

Legal Information

Luer-Lok is a registered trademark of Becton-Dickinson & Co.
MILLIPORE EXPRESS is a registered trademark of Merck KGaA, Darmstadt, Germany
Millex is a registered trademark of Merck KGaA, Darmstadt, Germany

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Minimizing antibiotic dosage through in situ formation of gold nanoparticles across antibacterial wound dressings: a facile approach using silk fabric as the base substrate
Zhou L, et al.
Journal of Cleaner Production, 243, 118604-118604 (2020)

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