 |
Autoclavable, binder-free, heat-treated to remove trace organic
impurities, high-purity microfibers for collecting diesel particulates
and trace-level environmental pollutants.
- Superior purity for collection of elemental/organic
carbon, DPM, and trace-level contaminants
- Heat-treated to reduce trace organics
- Low-metal background
- Binder-free
- High flow rate and filtration efficiency
- Withstand temperature up to 1832 F (1000 C)
- Specified in NIOSH method 5040 for Elemental Carbon
(Diesel Particulates)
|
| Diameter (mm) |
Support Pad Included |
Notes |
Qty. |
Cat. No. |
| 25 |
No |
1.2 µm nominal pore size, Type R-100, 380 µm thick, binder-free |
100 |
225-1824 |
| 25 |
No |
Tissuquartz ™,
0.4 mm thick, for sampling up to 1000C |
100 |
225-1825 |
| 34 |
No |
Type R-100, with slits for Marple Impactor™,
HT, binder-free |
50 |
225-1826 |
| 37 |
No |
Type R-100, binder-free |
100 |
225-1827 |
| 37 |
No |
Tissuquartz,
0.4 mm thick, for sampling up to 1000C |
25 |
225-1822 |
| 47 |
No |
Type R-100, binder-free |
100 |
225-1830 |
| 47 |
No |
Tissuquartz,
0.4 mm thick, for sampling up to 1000C |
25 |
225-1823 |
| 102 |
No |
Tissuquartz,
0.4 mm thick, for sampling up to 1000C |
25 |
225-1821 |
| 8 x 10 inches |
No |
Tissuquartz,
0.4 mm thick, for sampling up to 1000C |
25 |
225-1820 |
Preloaded Quartz Filters
|
 |
All SKC preloaded filters are in SureSeal leak-free
cassettes
|
| Diameter |
Filter and Cassette Specifications |
Quantity |
Cat. No. |
| 37 mm |
Quartz, heat treated Meet,
NIOSH 5040 specifications |
50 |
225-401 |
SKC offers a selection of specialty filters sized and cut to fit the Marple
series 290 Personal Cascade Impactor
| Specialty Quartz Filters |
| Diameter (mm) |
Pore Size
(µm) *
|
Support Pad Included |
Notes |
Qty. |
Cat. No. |
| 34 |
- |
No |
Quartz Filters Type R-100, with
slits for Marple Impactor™, HT, binder-free (special diameter filter) |
50 |
225-1826 |
A typical filter will have a rough side and a shiny side. The shiny side is easier
to read under a microscope, therefore, expose the shiny side to the air for microscopic
analysis. The rough side holds dust more effectively; expose the rough side for
gravimetric analysis.
