Hollow fiber membranes are membranes that are fibre-like in shape and self-supporting. Hollow fiber membranes are made from polysulfone and dimethylacetamide, which are processed into fibrous filaments with a hollow inner cavity, and then divided by a highly permeable polymer, which has selective permeation characteristics. As water vapour, hydrogen, ammonia and carbon dioxide permeate faster, while methane, nitrogen, argon, oxygen and carbon monoxide permeate slower, this separates the fast permeating from the slow permeating.

Hollow fiber membranes are membranes that are fibre-like in shape and self-supporting. Hollow fiber membranes are made from polysulfone and dimethylacetamide, which are processed into fibrous filaments with a hollow inner cavity, and then divided by a highly permeable polymer, which has selective permeation characteristics. As water vapour, hydrogen, ammonia and carbon dioxide permeate faster, while methane, nitrogen, argon, oxygen and carbon monoxide permeate slower, this separates the fast permeating from the slow permeating.

UF is a separation process using sieving as the separation principle, which uses pressure as the driving force to achieve mechanical separation. When the mixed solution containing different sizes of the molecular solute flows through the membrane surface, the solvent and small molecules such as inorganic salts pass through the membrane and teh macromolecule solute is trapped to achieve the purpose of separation and purification.
With over 20 years of separation-technology leadership and products in more than 500 ultrafiltration installations worldwide, we offer a portfolio of products designed for outstanding membrane separation, extreme productivity and efficiency, and exceptional reliability.

UF is a separation process using sieving as the separation principle, which uses pressure as the driving force to achieve mechanical separation. When the mixed solution containing different sizes of the molecular solute flows through the membrane surface, the solvent and small molecules such as inorganic salts pass through the membrane and teh macromolecule solute is trapped to achieve the purpose of separation and purification.
With over 20 years of separation-technology leadership and products in more than 500 ultrafiltration installations worldwide, we offer a portfolio of products designed for outstanding membrane separation, extreme productivity and efficiency, and exceptional reliability.

UF is a separation process using sieving as the separation principle, which uses pressure as the driving force to achieve mechanical separation. When the mixed solution containing different sizes of the molecular solute flows through the membrane surface, the solvent and small molecules such as inorganic salts pass through the membrane and teh macromolecule solute is trapped to achieve the purpose of separation and purification.
With over 20 years of separation-technology leadership and products in more than 500 ultrafiltration installations worldwide, we offer a portfolio of products designed for outstanding membrane separation, extreme productivity and efficiency, and exceptional reliability.