Superhydrophobic
Membrane
Here, we modify and fabricate advanced and recoverable superhydrophobic membranes through electrospinning and electrospraying. Their unique features have been developed and supported by Prof. An's group research for both short / long term operation in single or hybrid system, showing high potential for real life application. Followings are our products for your interest:
SH-02-EN
Superhydrophobic membrane, MD
lab-made superhydrophobicity- recoverable TiO2 membrane (E-TiO2) for treatment of high concentration of synthetic AOM
Product no.: SH-02-EN
Thickness: 110 um
Surface Roughness: 4.93 um
Contact angle:
Type: Flat sheet
Porosity: 89.2%
Pore Size: 0.52 um
157.0 deg. (water)
150.0 deg. (0.1 mM SDS)
147.0 deg. (ethanol)
SH-04-EN
Superhydrophobic membrane, MD
hydrophobic PDMS microspheres coated on a basic electrospun (PVDF-HFP*) (E-PH) membrane
*poly(vinylidene fluoride-co-hexafluoropropene)
Product no.: SH-04-EN
Thickness: 102 um
Surface Roughness: 1.285 um
Surface Energy: 12.6 mN/m
Contact angle:
Type: Flat sheet
Porosity: 87.46 %
Pore Size: 0.34 um
LEP: 2.17 bar
153.8 deg. (water)
SH-05-RS
Superhydrophobic membrane, MD
coating of the surface with (PDMS*) polymeric microspheres to lower the membrane surface energy
*poly(dimethylsiloxane)
Product no.: SH-05-RS
Thickness: 86 um
Surface Roughness: 1.26 um
Surface Energy: 48 mN/m
Contact angle:
Type: Flat sheet
Porosity: 77.2 %
Pore Size: 0.4 um
LEP: 104.1 bar
156.9 deg. (water)
128.1 deg. (0.1 mM SDS)
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