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Cytiva Whatman Grade GF/C Glass Microfiber Filters, Binder Free, Ready to Use
Grade GF/C glass filters offer fine particle retention, good flow rate and loading capacity, and support total suspended solids analysis.
$168.15 - $360.84
Specifications
Airflow Rate | 6.7s/100mL/in2 |
---|---|
Description | GE’s ready-to-use Whatman filter paper Grade GF/C glass filters offer a good flow rate and loading capacity that support total suspended solids analysis with a fine nominal particle retention of 1.2 μm. |
Material | Borosilicate Glass |
Particle Retention | 1.2 μm |
Pore Size | 1.2 μm |
Catalog Number | Mfr. No. | Diameter (Metric) | Type | Price | Quantity | |||||
---|---|---|---|---|---|---|---|---|---|---|
Catalog Number | Mfr. No. | Diameter (Metric) | Type | Price | Quantity | |||||
09-928-050
|
Cytiva
3822047 |
4.7 cm | RTU Filter, pre-weighed |
N/A
|
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09-928-051
|
Cytiva
3822070 |
7.0 cm | RTU Filter, pre-weighed |
N/A
|
|
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09-928-052
|
Cytiva
3822090 |
9.0 cm | RTU Filter, pre-weighed |
N/A
|
|
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09-928-053
|
Cytiva
2822047 |
4.7 cm | Filter, pre-rinsed and dried |
N/A
|
|
|||||
09-928-054
|
Cytiva
2822070 |
7.0 cm | Filter, pre-rinsed and dried |
N/A
|
|
|||||
09-928-055
|
Cytiva
2822090 |
9.0 cm | Filter, pre-rinsed and dried |
N/A
|
|
|||||
Description
- Good flow rate and loading capacity
- Fine nominal particle retention of 1.2μm
- Binder free
- Applications include total suspended solids analysis, industrial waste analysis and potable water
- GF/C RTU pre-treats traditional GF/C filter with washing, drying, cooling (in a desiccator), and weighing steps aligned to EN 872
- Certified weight loss of less than 0.017mg/cm2 after preparation
- Each RTU filter is placed in an individually barcoded aluminum pan that notes the filter weight
Specifications
6.7s/100mL/in2 | |
Borosilicate Glass | |
1.2 μm | |
Grade GF/C | |
550°C | |
105 mL/min |
GE’s ready-to-use Whatman filter paper Grade GF/C glass filters offer a good flow rate and loading capacity that support total suspended solids analysis with a fine nominal particle retention of 1.2 μm. | |
1.2 μm | |
Widely used for cell harvesting, liquid scintillation counting and binding assays where more loading capacity is required.Highly suitable for use in applications involving air filtration and for gravimetric analysis of volatile materials where ignition is | |
100 Pieces | |
260 μm |