EZ-PAK HABG DIAMETER 50MM Q600

Code: EZHABG504 D2-231

Application

The EZ-Pak system is suitable for testing drinking, bottled and mineral water according to international standards. These filters find application in Clinical, Co...


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Your Price
£472.58 EACH
£567.10 inc. VAT

Application

The EZ-Pak system is suitable for testing drinking, bottled and mineral water according to international standards. These filters find application in Clinical, Cosmetics, Environmental, Food and Beverage, Industrial QC and Pharmaceutical industry. Microbial analysis of beer, bottled water, cider, sport drink and wine by membrane filtration method.

General description

EZ-Pak Filters are made of Mixed cellulose esters (MCE) with 0.45 µm pore size, black gridded and 50mm diameter. These filters possess high recoveries and are more appropriate for general microbiological testing. EZ-Pak membranes and dispenser revolutionize filter handling for Membrane Filtration (MF) method testing by combining the benefits of ready-to-use, sterile, individually packed membranes with unique handling ease. Black membranes facilitate the counting of porous or colorless colonies like some Legionella or some Yeast

Legal Information

EZ-PAK is a registered trademark of Merck KGaA, Darmstadt, Germany

MF-Millipore is a registered trademark of Merck KGaA, Darmstadt, Germany

agencyISO 7704
application(s)bioburden testingclinicalcosmeticsenvironmentalfood and beveragesindustrial qcpharmaceutical
featureeasily wetted with water, individually wrapped, hydrophilic
filter diam.50 mm
inputsample(s) (environmental)sample type beverage(s)sample type cosmeticssample type sport drinksample type beersample type soft drinksample type winesample type cidersample type pharmaceutical(s)sample type food(s)sample type bottled water
manufacturer/tradenameEZ-Pak®
materialblack filter, gridded filter, mixed cellulose esters (MCE)
matrixMF-Millipore®
pore size0.45 µm pore size
Quality Level100
shipped inambient
sterilitysterile; ethylene oxide treated
This product has met the following criteria: