Filter media for air filtration

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Foam filter media / for air filtration - -45 °C ... +120 °C | 10.8321.1005

The Filter Foam Sheet Type PPI10 introduced by APSOparts fesatures a standard format...

Foam filter media / for air filtration - -45 °C ... +120 °C | 10.8321.1005

The Filter Foam Sheet Type PPI10 introduced by APSOparts fesatures a standard format...
Sartorius AG

Fiberglass filter media - ø 13 - 300 mm, max. 620 x 620 mm | FT-3 series

These glass micro-fiber (GF) filters are manufactured by Sartorius. These are utilized for clarifying...

Fiberglass filter media - ø 13 - 300 mm, max. 620 x 620 mm | FT-3 series

These glass micro-fiber (GF) filters are manufactured by Sartorius. These are utilized for clarifying buffer, reagent and protein solutions, air monitoring, as well as gravimetric and waste-water analysis. These filters with no binder are manufactured in pure borosilicate, and white color. These can withstand long service of operation as these GF can cater large capacity of particulate load.
PALL

Fiberglass filter media - 0.5 - 3.1 µm

The Glass Fiber Media is created for general filtration applications. They offer advantages in various life sciences applications that require efficient clarification of water-based solutions....

Fiberglass filter media - 0.5 - 3.1 µm

The Glass Fiber Media is created for general filtration applications. They offer advantages in various life sciences applications that require efficient clarification of water-based solutions. They come in various range of particle retention sizes and thickness and is used in different sample preparation, prefiltration, diagnostics and analytical testing operatins. Two versions are available for use namely the binder-free borosilicate glass idea for total purity or the glass fiber media complete with acrylic binders for maximum strength. The binder-free materials eradicate risk of foreign contaminants and extractables entering the sample. Meanwhile, the glass fiber media deliver maximum wet strength for quick filter handling and unification when used.
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