Whatman® glass microfiber filters with inorganic binder, Grade GF 8
ALDRICH/WHA10370172 - W × L 60 mm × 90 mm
Synonym: Z696765; fiber filters; filter papers; glass filter
Product Type: Equipment/Book
| manufacturer/tradename | Whatman 10370172 |
| Whatman Article No. 28414772 (US reference) | |
| material | sheets white glass microfiber filter (with inorganic binder) |
| packaging | pkg of 100 ea |
| parameter | Fast flow rate |
| pore size | ~3.0 μm (Grade GF 8) |
| sterility | non-sterile |
| W × L | 60 mm × 90 mm |
| Application: | Air pollution filters for furans and other pollutants With the added strength of an inorganic binder, grade GF 8 glass microfiber filters serve as air pollution filters by retaining a range of heavy particles found in vapor samples. Other applications include: • Air pollution filters for PCB*, DDE, DDT, furans, and dioxin retention for analysis • Pollution measurements in industrial, urban, and populated areas • Workplace dust measurements • Measurement of dust fraction in technical gases • Dust-collecting effectiveness testing |
| Features and Benefits: | • Nominal particle retention of 3 µm • Air flow rate of 12 s/100 ml/1.56 cm² • Inorganic binder for increased strength and temperature resistant up to 500°C • Fast filtration speed • Can be used as a pre-filter for dense samples • Function as air pollution filters for detecting furans, PCB, and other chemicals |
| General description: | Cytiva′s Whatman Grade GF 8 glass microfiber filters are used for filtration of coarse particles. GF 8 offers faster filtration and a higher air flow rate compared to the similar Grade GF 9 filters. Environmental pollution analyses often require binder-strengthened glass filters to support heavy samples. Several options are available in the Whatman range of glass filters with binder from Cytiva′s business. |
| Legal Information: | Whatman is a registered trademark of Cytiva |
| Other Notes: | Field of Use : For internal research use only. Products are not intended for diagnostic use or resale. |
| UNSPSC | 40161507 |