Standard Cassettes (226)

Product Family

CIP (Clean-In-Place) flush cassettes are the ideal solution for sanitization of various filter holders. The CIP system cleans in place to reduce process and validation time while lowering costs.

Product Family

Hydrosart® high performance membrane is a stabilized cellulose based membrane optimized for biopharmaceutical process applications. It is stable across a broad pH range and extremely hydrophilic, making it non-protein binding and virtually non-fouling.

Ultra-low protein adsorption
Easy cleaning
Higher yields
Long product life
Retains its performance even with repeated re-use without fouling or loss of retention

Product Family

Hydrosart® high performance membrane is a stabilized cellulose based membrane optimized for biopharmaceutical process applications. It is stable across a broad pH range and extremely hydrophilic, making it non-protein binding and virtually non-fouling.

Ultra-low protein adsorption
Easy cleaning
Higher yields
Long product life
Retains its performance even with repeated use without fouling or loss of retention

Product Family

PES membrane is a membrane polymer that is well established in the biotechnological and pharmaceutical industries. It is a stable polymer featuring a broad pH and temperature range. PES membranes are designed for use in the biotechnical and pharmaceutical industries.

Stable polymer featuring a broad pH and temperature range

Minimal adsorption of proteins, viruses, etc.
Membrane regeneration, storage and depyrogenation can be accomplished by using NaOH even at elevated temperatures
Membrane retention is unaffected by repeated re-use

Product Family

PES membrane is a membrane polymer that is well established in the biotechnological and pharmaceutical industries. It is a stable polymer featuring a broad pH and temperature range. PES membranes are designed for use in the biotechnical and pharmaceutical industries.

Stable polymer featuring a broad pH and temperature range

Minimal adsorption of proteins, viruses, etc.
Membrane regeneration, storage and depyrogenation can be accomplished by using NaOH even at elevated temperatures
Membrane retention is unaffected by repeated re-use