Low protein-binding filtration of non-aggressive aqueous and mild organic solutions.
Low UV absorbing extractables and low nonspecific protein binding.
Provides two times greater throughput than s...
Low protein-binding filtration of non-aggressive aqueous and mild organic solutions.
Low UV absorbing extractables and low nonspecific protein binding.
Provides two times greater throughput than s...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
Filtration of water-soluble oligomers and polymers, e.g. protein solutions.
Filtration of hydrophobic substances in different organic solvents.
Provides two times greater throughput than standard ...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
CA membranes are used in tissue culture media filtration.
Ideally suited for biological/clinical analyse requiring maximum protein recovery and general filtration.
High temperature stability can u...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Hydrophobic membrane with good thermal stability.
Good chemical compatibility in both aqueous solution and alcohol solution.
It can effectively bind protein, DNA and RNA.
Provides two times greate...
Natural hydrophobicity.
High flux; Large pollutant carrying capacity.
Good mechanical strength.
Maximum operating temperature: 45°C.
Provides two times greater throughput than standard filter with...
Natural hydrophobicity.
High flux; Large pollutant carrying capacity.
Good mechanical strength.
Maximum operating temperature: 45°C.
Provides two times greater throughput than standard filter with...
Natural hydrophobicity.
High flux; Large pollutant carrying capacity.
Good mechanical strength.
Maximum operating temperature: 45°C.
Provides two times greater throughput than standard filter with...
Natural hydrophobicity.
High flux; Large pollutant carrying capacity.
Good mechanical strength.
Maximum operating temperature: 45°C.
Provides two times greater throughput than standard filter with...
