Ceramic Membrane Disc OD 312x6mm, ID 91mm
Ceramic filter disc with an outer diameter of 312 mm and a permeate hole of 91 mm.
The membrane layer is located on the outside of the element, with the filtration direction being from outside to inside.
Feed fluid is filtered through the membrane layer and transported within the supporting structure to the permeate hole in the center of the disc.
Particles larger than the pores of the membrane layer are retained (concentrated) in the housing/vessel.
Multiple of such discs are stacked on a permeate tube, which rotates the discs in the feed fluid, creating a cross-flow effect.
Compared to tubular membranes, very high suspended solids concentration can be achieved in the feed.
⇓ Please ask for current prices and delivery times!
Ceramic filter disc with an outer diameter of 312 mm and a permeate hole of 91 mm.
The membrane layer are on the outside of the Al2O3 disc.
Ceramic membrane filter disc for microfiltration and ultrafiltration from producers like Rauschert Inopor and Kerafol, this rotation discs are called dynamic cross flow filtration discs and used by Novoflow Sterlitech GEA Membraflow Andritz Krauss-Maffei dynamic crossflow filter DCF Della Toffola CFK-I CFK-N Omnia rotary vacuum filter discs
Data sheet
- Membrane Material
- Al2O3 / ZrO2 / TiO2
- Support Material
- Al2O3 - Aluminium Oxide
- Channels per Element
- 1
- Channel ID in Millimeter
- 91
- Length in Millimeter
- 6
- Element OD in Millimeter
- 312
- Permeate Connection
- Hole with ID 91mm
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Ceramic filter disc with an outer diameter of 312 mm and a permeate hole of 91 mm.
The membrane layer is located on the outside of the element, with the filtration direction being from outside to inside.
Feed fluid is filtered through the membrane layer and transported within the supporting structure to the permeate hole in the center of the disc.
Particles larger than the pores of the membrane layer are retained (concentrated) in the housing/vessel.
Multiple of such discs are stacked on a permeate tube, which rotates the discs in the feed fluid, creating a cross-flow effect.
Compared to tubular membranes, very high suspended solids concentration can be achieved in the feed.
⇓ Please ask for current prices and delivery times!