Graphic Controls

Membrane Type: Polyamide Nylon Characteristics: Most frequently selected membrane; broad compatibility with aqueous and organic naturally hydrophilic membrane; extremely low in extractables; excellent flow rate with most sample matrices; not...

Membrane Type: Polyamide Nylon Characteristics: Most frequently selected membrane; broad compatibility with aqueous and organic naturally hydrophilic membrane; extremely low in extractables; excellent flow rate with most sample matrices; not...

Membrane Type: Polyethersulfone Characteristics: High flow rates with good throughput volume. Low protein binding. Compatible with high temperature liquids. Mechanically strong membrane low in extractable ions. Applications: PES is certified for...

Membrane Type: Polyethersulfone Characteristics: High flow rates with good throughput volume. Low protein binding. Compatible with high temperature liquids. Mechanically strong membrane low in extractable ions. Applications: PES is certified for...

Membrane Type: Polypropylene Characteristics: Hydrophobic membrane has wide chemical compatibility with organic solvents. Low non-specific protein binding. Applications: Filtration of biological samples, filtration of aggressive organic solutions....

Membrane Type: Polypropylene Characteristics: Hydrophobic membrane has wide chemical compatibility with organic solvents. Low non-specific protein binding. Applications: Filtration of biological samples, filtration of aggressive organic solutions....

Membrane Type: Polytetrafluorethylene     Characteristics: Strength may be limited by backer material. Hydrophobic PTFE membrane is resistant to nearly all solvents, acids and bases, membrane is mechanically strong and will...

Membrane Type: Polytetrafluorethylene     Characteristics: Strength may be limited by backer material. Hydrophobic PTFE membrane is resistant to nearly all solvents, acids and bases, membrane is mechanically strong and will...

Membrane Type: Polyvinylidenefluoride Characteristics: Hydrophilic membrane with good solvent resistance. Low UV absorbing extractables and low non-specific binding Applications: General biological filtration, filtration of samples where high...

Membrane Type: Polyvinylidenefluoride Characteristics: Hydrophilic membrane with good solvent resistance. Low UV absorbing extractables and low non-specific binding Applications: General biological filtration, filtration of samples where high...

Membrane Type: Regenerated Cellulose Characteristics:  Hydrophilic membrane with good solvent resistance, extremely low non-specific binding. Compatible with nearly all common HPLC solvents. Tolerates aqueous samples in the pH range of 3-12...

Membrane Type: Regenerated Cellulose Characteristics: Hydrophilic membrane with good solvent resistance, extremely low non-specific binding. Compatible with nearly all common HPLC solvents. Tolerates aqueous samples in the pH range of 3-12...

Membrane Type: Cellulose Acetate Characteristics: Low protein binding, ideal for aqueous based samples. High protein recovery from filtration. Lower protein binding compared to PVDF. Applications: Tissue culture media filtration, Sensitive...

Membrane Type: Cellulose Acetate Characteristics: Low protein binding, ideal for aqueous based samples. High protein recovery from filtration. Lower protein binding compared to PVDF. Applications: Tissue culture media filtration, Sensitive...

Membrane Type: Glass Fiber Characteristics: Larger Porosity; able to remove large particulates without clogging Applications:  Primarily used as a pre-filter in conjunction with another membrane. Can be paired with most membranes - but...

Membrane Type: Mixed Cellulose Ester Characteristics: Naturally hydrophilic membrane with high flow rates, superior strength and exceptional sensitivity Applications: Ideal for use in general filtration, medical assays or diagnostic kit...

Membrane Type: Mixed Cellulose Ester Characteristics: Naturally hydrophilic membrane with high flow rates, superior strength and exceptional sensitivity Applications: Ideal for use in general filtration, medical assays or diagnostic kit...