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Aluminum Oxidant Based Tubular Microfiltration Ceramic Ultrafiltration Membrane Filter

La description

Aluminum Oxidant Based Tubular Microfiltration Ceramic Ultrafiltration Membrane Filter

Description des produits
Ceramic microfiltration membrane element is made from alumina and zirconia which is an asymmetric membrane structure with multi-channel tubular shape. The pore is on the channel. Driven by operation pressure, the liquid is running in the membrane. The part less than pore size is permeation, the part lager than pore size is concentrated liquid, so as to achieve the separation, concentration and purification purposes.
Ceramic membrane
Modèle
CMF19040 CMF37036
Matière première
α-Alumina/Zirconia
Pore size
50 nm, 100nm,200nm
Longueur
1200 millimètre
Membrane area()
0.155, 0.235, 0.246, 0.257, 0.275, 0.286, 0.320, 0.420, 0.430, 0.480, 0.625
Outside diameter
30 millimètre, 40millimètre
Channel Diameter
4.0 millimètre, 3.6millimètre
Construction
Multi-channel tubular element
Operating conditions
Typical Operating Pressure
29-145 psi (2-10 bar)
Maximum Operating Temperature
302°F (150°C)
Maximum Cleaning Temperature
176°F (80°C)
Allowable pHContinuous operation
0-14
Allowable pHClean-In-Place (CIP)
0-14
Fonctionnalités
Exceptional mechanical resistance
Wide chemical and pH compatibility(0-14)
Excellent thermal stability
Cross-flow filtration
Excellent inorganic materials
Profil de la société
Company Advantage
FAQ
Paiement & Expédition

Informations Complémentaires

Lieu d'origine:

Fujian, Chine

Marque:

DMD

Ceramic membrane outside diameter:

30 millimètre, 40millimètre

Ceramic membrane pore size:

50 nm, 100nm, 200nm

Ceramic membrane length:

1200 millimètre

Ceramic membrane channel diameter:

4.0 millimètre, 3.6millimètre

Typical Operating Pressure:

29-145 psi (2-10 bar)

Maximum Operating Temperature:

302°F (150°C)

Maximum Cleaning Temperature:

176°F (80°C)

Allowable pH - Continuous operation:

0-14

Allowable pH - Clean-In-Place (CIP):

0-14

Caractéristique:

Exceptional mechanical resistance, Cross-flow filtration