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10 micron to mm: 0.01 mm
10 microns is 0.01 mm, or 0.000394 inch. As a sieve opening it is finer than the 635 mesh sieve on the ASTM E11 series. That is finer than the finest wedge wire slot we make, 25 microns (0.025 mm); ask us what suits a separation this fine.
Opening10 µm
- Millimetres
- 0.01 mm
- Inches
- 0.0003937 in
- Thou (mil)
- 0.3937 thou
- Mesh
- outside the sieve range
- Nearest coarser sieve
- 635 mesh, 20 µm
- Nearest finer sieve
- none
Equivalent wedge wire slot: 10 micron (0.01 mm)
Wedge wire is specified by its slot directly, so a wedge wire screen has no mesh count. Quote the slot in mm or microns.
Your inputs and results go into the quote form, so an engineer can check them against your operating conditions.
Nearby sizes
Sizes near 10 microns
| Micron | mm | Mesh |
|---|---|---|
| 2 µm | 0.002 | finer than 635 |
| 5 µm | 0.005 | finer than 635 |
| 10 µm | 0.01 | finer than 635 |
| 20 µm | 0.02 | 635 |
| 25 µm | 0.025 | 500 |
| 30 µm | 0.03 | about 463 |
| 40 µm | 0.04 | about 376 |
Swipe sideways to see the whole table.
What passes a 10 micron opening
As a general reference on the Wentworth grade scale, particles smaller than 10 µm pass: clay. Real separation also depends on particle shape, the screen's open area and how the screen is loaded.
The wedge wire equivalent
That is finer than the finest wedge wire slot we make, 25 microns (0.025 mm); ask us what suits a separation this fine. Because the V-shaped wire widens behind the slot, particles that pass the face do not wedge in it. See mesh to micron and slot size and how to choose slot and open area.