Low protein binding, high flow rate and low concentration of extractable substances.
Suitable for prefiltration and filtration of buffers and culture media.
Provides two times greater throughput t...
Low protein binding, high flow rate and low concentration of extractable substances.
Suitable for prefiltration and filtration of buffers and culture media.
Provides two times greater throughput t...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
Biologically inert mixtures of cellulose acetate and cellulose nitrate.
Used to determine particulate contamination of lubricating oil and hydraulic fluid in patch test kits.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
For reducing signal-to-noise ratios and maintaining flat baseline and removing particulates.
Filtering aqueous and organic solutions as well as organic solution and chemical.
Provides two times gr...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
Both for mechanical and tensile high level of strength.
Used for most mid-polar liquids and organic solvents.
Hydrophobic PTFE membrane has great temperature resistance.
Suitable for Solvents/Acid...
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...
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...
