Whatman non-sterile mixed cellulose ester (MCE) filters from Cytiva are suitable for E. coli culturing, enumeration of bacteria, and other culturing and cell counting methods.
- Plain and gridded options for ease of colony and cell counting methods
- Supports visual enumeration of bacteria
- Appropriate for bacterial culturing, including E. coli culturing
- Biologically inert with good thermal stability
- Uniform microporous structure results in high flow rates when used for filtering
Whatman MCE filters from Cytiva business are composed of cellulose acetate and cellulose nitrate, giving the membrane a more uniform surface than pure nitrocellulose filters. Browse Cytiva's other MCE filter options to find the right filter for your application.
MCE filters support microbiology applications such as E. coli culturing. The porous membrane structure enables the uptake of growth media to the bacterial colonies without chemically inhibiting their growth. The gridded surface simplifies visual enumeration of bacteria, including E. coli, enterococci, clostridia, fecal coliforms, staphylococci, and Pseudomonas aeruginosa.
Plain and gridded MCE membrane options are available. The gridded option has grid lines spaced at 3.1 mm intervals. Grids are nontoxic and do not inhibit bacterial growth, ensuring sample integrity.
- Catalog No:
- CA11013-806
- CA11013-958
- CA74300-036
- CA74300-038
- CA74330-188
- CA11012-764
- Weight:
- 4.3 mg/cm² min. to 5.0 mg/cm² max.
- 4.3 mg/cm² min. to 5.0 mg/cm² max.
- 4.3 mg/cm² Min. to 5.0 mg/cm² Max.
- 4.3 mg/cm² Min. to 5.0 mg/cm² Max.
- 4.3 mg/cm² Min. to 5.0 mg/cm² Max.
- 4.3 mg/cm² min. to 5.0 mg/cm² max.
- Max. operating temperature:
- 130 °C
- 130 °C
- 130 °C
- 130 °C
- 130 °C
- 130 °C
- Application:
- The membrane is particularly effective in applications requiring higher flow rates and larger volume filtration including clarification or sterilization of aqueous solutions, particulate analysis and removal, air monitoring and microbial analysis. Other applications include:
Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds. - The membrane is particularly effective in applications requiring higher flow rates and larger volume filtration including clarification or sterilization of aqueous solutions, particulate analysis and removal, air monitoring and microbial analysis. Other applications include:
Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds. - Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds. - Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds. - Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds. - The membrane is particularly effective in applications requiring higher flow rates and larger volume filtration including clarification or sterilization of aqueous solutions, particulate analysis and removal, air monitoring and microbial analysis. Other applications include:
Clarification or sterilization of aqueous solutions
Cytology
Air monitoring
HPLC samples (aqueous)
Virus concentration
Particulate analysis
Biological assays
Food microbiology including enumeration of E. coli in foods
Bacteriological studies
Particle counting from liquids and aerosols
Yeasts and molds.
- Autoclavable:
- Yes
- Yes
- Yes
- Yes
- Yes
- Burst strength:
- >0.68 bar Max.
- >0.68 bar Max.
- >0.68 bar Max.
- Porosity:
- 74% min. to 77% max.
- 74% min. to 77% max.
- 74% min. to 77% max.
- 74% min. to 77% max.
- 74% min. to 77% max.
- 74% min. to 77% max.
- Protein:
- Medium Binding
- Medium Binding
- Medium Binding
- Medium Binding
- Medium Binding
- Medium Binding
- Solvent:
- Medium Resistance
- Medium Resistance
- Medium Resistance
- Medium Resistance
- Medium Resistance
- Medium Resistance
- Strength/durability:
- >0.68 bar (Burst Strength Max.)
- >0.68 bar (Burst Strength Max.)
- >0.68 bar (Burst Strength Max.)