MS GF 90mm
Glass fiber filter, MS GF Grade, no binder, 0.7um, 90mm
MS G160 8x10
Glass Fiber Filter G160,8x10 Box100
1842-047
MULTIGRADE 2uM 4 7CM 40/PK
PG-60 90mm
Specially developed for the measurement of dust concentration in the air Diameter :90 ㎜
PG-45 110mm
Specially developed for the measurement of dust concentration in the air Diameter :110 ㎜
PG-45 20mm
Specially developed for the measurement of dust concentration in the air Diameter :20 ㎜
PG-45 25mm
Specially developed for the measurement of dust concentration in the air Diameter :25 ㎜
PG-45 35mm
Specially developed for the measurement of dust concentration in the air Diameter :35 ㎜
PG-45 47mm
Specially developed for the measurement of dust concentration in the air Diameter :47 ㎜
PG-45 55mm
Specially developed for the measurement of dust concentration in the air Diameter :55 ㎜
PG-45 80mm
Specially developed for the measurement of dust concentration in the air Diameter :80 ㎜
PG-60 110mm
Specially developed for the measurement of dust concentration in the air Diameter :110 ㎜
PG-60 125mm
Specially developed for the measurement of dust concentration in the air Diameter :125 ㎜
PG-60 150mm
Specially developed for the measurement of dust concentration in the air Diameter :150 ㎜
PG-60 21mm
Specially developed for the measurement of dust concentration in the air Diameter :21 ㎜
PG-60 24mm
Specially developed for the measurement of dust concentration in the air Diameter :24 ㎜
PG-60 25mm
Specially developed for the measurement of dust concentration in the air Diameter :25 ㎜
PG-60 26mm
Specially developed for the measurement of dust concentration in the air Diameter :26 ㎜
PG-60 300mm x 300mm
Specially developed for the measurement of dust concentration in the air Diameter :300x300 ㎜
MicroAnalytix offers glass microfiber filters made from 100% borosilicate glass, with or without binder.
Filters without binder are chemically inert. The fine capillary structure of glass fiber filters can absorb large quantities of water, enabling spot tests and liquid scintillation counting methods.
These depth filters combine fast flow rates with high loading capacity, retention of very fine particles, and can be used at temperatures up to 500ºC. Applications: Air or water monitoring and can be used as pre-filters for membranes.