Glass Microfiber with Binder, Grade GF 92
Product number:
7010038
Manufacturer:
Cytiva Europe GmbH
Packaging information:
Weight:
0.055 kg
Description
Glass microfibre filters are designed for prefiltration in order to protect against membrane fouling. Grade GF 92 is strengthened with an inorganic binder.
- Increased strength
- Temperature resistant up to 500 °C
- Medium filtration speed
Properties
| Binder: | Anorganic |
|---|---|
| Manufacturer Article Number: | 10421026 |
| Max. temperature resistance: | 500 °C |
| Type: | GF 92 |
| UNSPSC: | 41104918 |
| Ø: | 47 mm |
Skip product gallery
LLG-Glass microfibre filters, filter circles
From
€19.40*
Glass fibre filters without binder, round filters
From
€34.30*
Glass microfibre filters, grade GF/B, round filters
From
€47.70*
Glass microfibre filters, grade GF/F, round filters
From
€80.70*
Glass microfibre filters, MGB / MGC / MGD / MGF
From
€19.80*
Glass Fibre Papers Type MN GF 5
From
€84.00*
Glass microfibre filters, grade GF/D
From
€38.90*
Fibre Filters with inorganic binder
From
€26.90*
Glass microfibre filters, grade GF/A, round filters
From
€34.60*
Glass fFbre Papers Type MN 85/90
From
€18.60*
Similar products
Glass microfibre filters have a fast filtration and a high loading capacity and particle retention rate. Manufactured from high grade borosilicate glass. They are suitable for gravity or low suction filtration. Filtration speeds generally very much higher than conventional cellulose papers. Efficient retention of micron size particles. Must be used flat. Ideal for use in flat perforated plate Buchner type funnels (not sintered glass models). Can be used up to 500 °C. Filtration velocity acc. to Herzberg.Wide range of applications including:Retention of fine analytical precipitatesRetention of biochemical gelatinous precipitatesWater/air pollution analysesAs prefilters for membranesScintillation countingRadioimmunoassay
Recommended filters for controlling both air and water pollution.Made of 100 % borosilicate glass fibres without bindersExtremely low content in alkali-earth metalsChemical stability: It keeps all its properties in contact with acid solutions (except hydrofluoric acid) and basic solutions at moderate concentrationsUsable as a pre-filter for membranes to prevent the membranes from silting upDeposition of (radioactive) aerosols and monitoring of nuclear power plantsGravimetrical analysis of organic and inorganic impurities in water and waste water according to DIN 38409 and EN 872 (suspended particles)Measurement of immission, measurement of dust in air and gases, monitoring of the efficiency of filtration and dedusting, monitoring the combustion air of power plants and of the steel and iron industryMeasurement of dust release in workplace and production processes and the purification of compartment airStability at high temperatures: It keeps its properties up to 500 °CHigh flow speed and high permeability to airFiltration time acc. to Gurley
Glass microfibre filters have a fast filtration and a high loading capacity and particle retention rate. Manufactured without chemical binder from high grade borosilicate glass. (Exception: GF6, GF9). They are suitable for gravity or low suction filtration. Filtration speeds generally very much higher than conventional cellulose papers. Efficient retention of micron size particles. Must be used flat. Ideal for use in flat perforated plate Buchner type funnels (not sintered glass models). Can be used up to 500 °C.Three times thicker and with greater wet strength than GF/A. Particle retention to 1µm.
Glass microfibre filters have a fast filtration and a high loading capacity and particle retention rate. Manufactured without chemical binder from high grade borosilicate glass. (Exception: GF6, GF9). They are suitable for gravity or low suction filtration. Filtration speeds generally very much higher than conventional cellulose papers. Efficient retention of micron size particles. Must be used flat. Ideal for use in flat perforated plate Buchner type funnels (not sintered glass models). Can be used up to 500 °C.This ultra-fine filter has a 98 % retention efficiency for particles as small as 0.7 µm in liquids. Particle retention to 0.7 µm.
Suitable for analytical and gravimetric analyses, as well as a pre-filter.HydrophilicLiquid FiltrationNon-sterile
Can be used up to a maximum of 500 °C. Without binders.
Glass microfibre filters have a fast filtration and a high loading capacity and particle retention rate. Manufactured without chemical binder from high grade borosilicate glass. (Exception: GF6, GF9). They are suitable for gravity or low suction filtration. Filtration speeds generally very much higher than conventional cellulose papers. Efficient retention of micron size particles. Must be used flat. Ideal for use in flat perforated plate Buchner type funnels (not sintered glass models). Can be used up to 500 °C.Thick filter made from less fibres and retaining around 3µm particles with a very high loading capacity. Extremely high speed. Particle retention to 2.7µm.
Recommended filters for environmental analysis and controlling both air and water pollution.Made of 100 % borosilicate glass fibres with bindersGlass fibre filters capture fine particles down to 1 µm from liquids, in air, gases and aerosols with even 0.3 to 0.5 µm being absorbedExtremely low content in alkali-earth metalsChemical stability: It keeps all its properties in contact with acid solutions (except hydrofluoric acid) and basic solutions at moderate concentrationsStabile at temperatures up to 500 °CGravimetrical analysis of organic and inorganic impurities in water and waste water according to DIN 38409 and EN 872 (suspended particles)Measurement of immission, measurement of dust in air and gases, monitoring of the efficiency of filtration and dedusting, monitoring the combustion air of power plants and of the steel and iron industryMeasurement of dust release in workplace and production processes and the purification of compartment airMeasurement of scintillationFiltration time acc. to Gurley
The general purpose high efficiency glass microfibre filter. Particle retention to 1.6 µm.
Can be used up to a maximum of 200 °C. With organic binder.