Whatman® MicroPlus ST membranes for microbiological control WHA10407713

NACRES:

NB.24

To protect the consumer, the absence of microbial contamination in foods and beverages, pharmaceuticals and cosmetics must be assured.
In these products the microorganism counts are very low and are therefore determined quantitatively via enrichment methods. Production processes are monitored continuously at their critical points (tanks, pipelines, filling units) as are the finished products. The membrane filtration method is the optimal analytical method for doing this.
Method:
The liquid is filtered through a membrane. The microorganisms collect on the membrane surface. The filter is incubated on a nutrient medium and the individual colonies can then be evaluated. The method is also suitable for large sample volumes and low microorganism counts.
Reliability:
The quality control and product design of our membrane filters are strictly controlled and offer users significant advantages.
Test parameters:
All membranes used for microbiological quality control are tested systematically in order to ensure the same high quality from batch to batch. Parameters tested are bubble point, flow rate, bacterial retention, recovery rate, and sterility.

Features and Benefits:

• Special membrane filters made from cellulose nitrate developed for microbiological quality control
• High mechanical strength
• High flow rate
• Sterile, individually packed
• All membrane filters have a high-contrast grid (3.1 mm)

Field of Use : Any microbiological or biotechnological application, including, but not limited to application of membranes for diagnostic, medical, biological, pharmaceutical, consumer product and food and beverage purposes.
Nitrocellulose Membranes (FFHP, Immunopore and BA membranes)
Sold under license to DE10102744 and foreign equivalents thereof
Whatman is a registered trademark of Cytiva

material	black grid, cellulose nitrate
sterility	sterile
packaging	pkg of 100 ea
Торговая марка	Whatman 10407713, Whatman Article No. 28415211 (US reference)
diam.	47 mm
pore size	0.45 µm