Our membrane production involves a phase inversion process, where a polymer solution is immersed in a coagulation bath. This induces demixing and solidification, creating a porous structure with controlled pore size.
Our nanofiltration membrane production employs a thin-film composite approach. Sequential deposition of selective layers onto a support material creates membranes with precise molecular separation capabilities.
Using specialized etching techniques, we manufacture ceramic filter membranes. Controlled pore size and distribution are achieved through precise manipulation of the etching process parameters
Our polymeric membrane production involves a phase separation method. By inducing controlled demixing of a polymer solution, we create a porous structure with desired permeability and selectivity.
Through a specialized stretching and annealing process, we enhance the mechanical strength and stability of our filter membranes. This ensures long-term durability and resistance to fouling.
To impart hydrophilicity to our filter membranes, we employ surface modification techniques, such as plasma treatment or chemical grafting. This enhances wettability and reduces fouling tendencies.
