108720
MilliporeSigma™ Filter Support Pads
Reinforce filters or use as spacers between filters. Filter Support Pads are available in absorbant cellulose pads to support filters in monitors or woven Dacron™ mesh spacers designed for use between filters. Available in diameters from 13mm to 124mm.
Manufacturer: Fischer Scientific
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Color
White
Material
Cellulose Fiber
Flow Rate
5.8 mL/minx cm2
Grade
AP10
Quantity
100Pack.
Temperature (English) Max.
220°F
Thickness (English)
0.031 to 0.039 in.
Wettability
Hydrophilic
Filter Type
Depth Filter
Particle Retention
0.2 to 0.6 μm
For Use With (Application)
Used as filter supports in Millipore™ monitors for contamination analysis for drying filters
Hydrophobicity
Hydrophilic
Surface Type
Plain
Temperature (Metric) Max
105°C
Thickness (Metric)
0.8 to 1 mm
Related Products
Description
- Cellulose support pads are used to reinforce filters in Millipore's monitors for contamination analysis
- When saturated with growth medium, they can also be used for culturing microorganisms on membranes.To increase flow rate and throughput, our woven mesh spacers can be placed between filters in a serial filtration to prevent the downstream screen filter from in.blinding in
- the upstream filter pores
- Features & Benefits Avoid membrane damage during high pressure or fast flow conditions Spacers enable you to combine multiple stages of filtration into a single process step, saving time Applications:Air Monitoring, Environmental Monitoring, Aerosol Contamination Monitoring
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Color: White
Material: Cellulose Fiber
Flow Rate: 5.8 mL/minx cm2
Grade: AP10
Quantity: 100Pack.
Temperature (English) Max.: 220°F
Thickness (English): 0.031 to 0.039 in.
Wettability: Hydrophilic
Filter Type: Depth Filter
Particle Retention: 0.2 to 0.6 μm
For Use With (Application): Used as filter supports in Millipore™ monitors for contamination analysis for drying filters
Hydrophobicity: Hydrophilic
Surface Type: Plain
Temperature (Metric) Max: 105°C
Thickness (Metric): 0.8 to 1 mm
Color:
White
Material:
Cellulose Fiber
Flow Rate:
5.8 mL/minx cm2
Grade:
AP10
Quantity:
100Pack.
Temperature (English) Max.:
220°F
Thickness (English):
0.031 to 0.039 in.
Wettability:
Hydrophilic
Filter Type:
Depth Filter
Particle Retention:
0.2 to 0.6 μm
For Use With (Application):
Used as filter supports in Millipore™ monitors for contamination analysis for drying filters
Hydrophobicity:
Hydrophilic
Surface Type:
Plain
Temperature (Metric) Max:
105°C
Thickness (Metric):
0.8 to 1 mm
Color: __
Material: __
Flow Rate: __
Grade: __
Quantity: __
Temperature (English) Max.: __
Thickness (English): __
Wettability: __
Filter Type: __
Particle Retention: __
For Use With (Application): __
Hydrophobicity: __
Surface Type: __
Temperature (Metric) Max: __
Thickness (Metric): __
Color:
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Flow Rate:
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Grade:
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Quantity:
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Temperature (English) Max.:
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Thickness (English):
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Wettability:
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Filter Type:
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Particle Retention:
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For Use With (Application):
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Hydrophobicity:
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Surface Type:
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Temperature (Metric) Max:
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Thickness (Metric):
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Color: __
Material: __
Flow Rate: __
Grade: __
Quantity: __
Temperature (English) Max.: __
Thickness (English): __
Wettability: __
Filter Type: __
Particle Retention: __
For Use With (Application): __
Hydrophobicity: __
Surface Type: __
Temperature (Metric) Max: __
Thickness (Metric): __
Color:
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Material:
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Flow Rate:
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Grade:
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Quantity:
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Temperature (English) Max.:
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Thickness (English):
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Wettability:
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Filter Type:
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Particle Retention:
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For Use With (Application):
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Hydrophobicity:
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Surface Type:
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Temperature (Metric) Max:
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Thickness (Metric):
__
Color: __
Material: __
Flow Rate: __
Grade: __
Quantity: __
Temperature (English) Max.: __
Thickness (English): __
Wettability: __
Filter Type: __
Particle Retention: __
For Use With (Application): __
Hydrophobicity: __
Surface Type: __
Temperature (Metric) Max: __
Thickness (Metric): __
Color:
__
Material:
__
Flow Rate:
__
Grade:
__
Quantity:
__
Temperature (English) Max.:
__
Thickness (English):
__
Wettability:
__
Filter Type:
__
Particle Retention:
__
For Use With (Application):
__
Hydrophobicity:
__
Surface Type:
__
Temperature (Metric) Max:
__
Thickness (Metric):
__