5159466
Cytiva Qualitative Filter Paper: Grade 113V Circles
Saves time required to quadrant-fold circles to fit conical filter funnels in repetitive or multiple analyses. Fisherbrand™ Qualitative Filter Paper: Grade 113V Circles boast the fastest flow rate of the qualitative grades. Crepe surface promotes ultra high loading capacity.
Manufacturer: Fischer Scientific
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Format
Pleated Circle
Particle Retention
30 μm
Filtration Speed
Herzberg 28 sec.
For Use With (Application)
GE’s Whatman Grade 113V creped filter paper, for use with a conical filter funnel, offers fast filtration and high loading capacity for analysis involving coarse particles or gelatinous precipitates.
Quantity
100 Pk.
Material
Cellulose
Pore Size
>30 μm
Flow Rate
Fast
Grade
Grade 113V
Thickness (Metric)
420 μm
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Description
- These extremely strong filter papers have a high wet strength due to the addition of a small quantity of chemically stable resin
- Normal qualitative applications will not introduce any significant impurities into the filtrate
- Ultra high loading capacity with a particle retention well suited for use with coarse or gelatinous Fastest flow rate of the qualitative grades Crepe surface Thickest filter paper in the qualitative range Retention of coarse particles: nominal particle retention rating of 30 μm Pleated for easy use in applications involving a conical filter funnel Note: Resins contain nitrogen so these grades should not be used in Kjeldahl estimations or similar operations.
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Format: Pleated Circle
Particle Retention: 30 μm
Filtration Speed: Herzberg 28 sec.
For Use With (Application): GE’s Whatman Grade 113V creped filter paper, for use with a conical filter funnel, offers fast filtration and high loading capacity for analysis involving coarse particles or gelatinous precipitates.
Quantity: 100 Pk.
Material: Cellulose
Pore Size: >30 μm
Flow Rate: Fast
Grade: Grade 113V
Thickness (Metric): 420 μm
Format:
Pleated Circle
Particle Retention:
30 μm
Filtration Speed:
Herzberg 28 sec.
For Use With (Application):
GE’s Whatman Grade 113V creped filter paper, for use with a conical filter funnel, offers fast filtration and high loading capacity for analysis involving coarse particles or gelatinous precipitates.
Quantity:
100 Pk.
Material:
Cellulose
Pore Size:
>30 μm
Flow Rate:
Fast
Grade:
Grade 113V
Thickness (Metric):
420 μm
Format: __
Particle Retention: __
Filtration Speed: __
For Use With (Application): For classroom experiments or demonstrations
Quantity: 100 Tests/Vial, 10 Vials/Cs.
Material: __
Pore Size: __
Flow Rate: __
Grade: __
Thickness (Metric): __
Format:
__
Particle Retention:
__
Filtration Speed:
__
For Use With (Application):
For classroom experiments or demonstrations
Quantity:
100 Tests/Vial, 10 Vials/Cs.
Material:
__
Pore Size:
__
Flow Rate:
__
Grade:
__
Thickness (Metric):
__
Format: Sheet
Particle Retention: 1.5 μm
Filtration Speed: __
For Use With (Application): Used for determining total suspended solids in water, removal of turbidity and filtration of bacterial culturesUsed for a wide range of laboratory applications.It is recommended for water pollution monitoring, cell harvesting, liquid scintillation count
Quantity: 100 Pack
Material: Borosilicate Glass
Pore Size: __
Flow Rate: 3.7 sec./100mL/in.2
Grade: Grade 934-AH
Thickness (Metric): 435 μm
Format:
Sheet
Particle Retention:
1.5 μm
Filtration Speed:
__
For Use With (Application):
Used for determining total suspended solids in water, removal of turbidity and filtration of bacterial culturesUsed for a wide range of laboratory applications.It is recommended for water pollution monitoring, cell harvesting, liquid scintillation count
Quantity:
100 Pack
Material:
Borosilicate Glass
Pore Size:
__
Flow Rate:
3.7 sec./100mL/in.2
Grade:
Grade 934-AH
Thickness (Metric):
435 μm
Format: __
Particle Retention: __
Filtration Speed: __
For Use With (Application): __
Quantity: 50/Pk.
Material: __
Pore Size: __
Flow Rate: __
Grade: __
Thickness (Metric): __
Format:
__
Particle Retention:
__
Filtration Speed:
__
For Use With (Application):
__
Quantity:
50/Pk.
Material:
__
Pore Size:
__
Flow Rate:
__
Grade:
__
Thickness (Metric):
__