6921056
Cytiva Whatman™ Grade 44 Quantitative Filter Paper
Reduces overall ash content and the amount of time required for filtration. Whatman™ Grade 44 Quantitative Filter Paper provides faster gravimetric analysis with filter thinner material.
Manufacturer: Fischer Scientific
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Airflow Rate
56 s/100 mL/in2
Format
Disc
Particle Retention
3 μm
Filtration Speed
995 sec.
Grade
Grade 44
Quantity
100 Pk.
Type
Quantitative Filter Paper
Filter Type
Ashless
Material
Cotton Linters
Pore Size
3 μm
Flow Rate
Medium
Porosity
Fine
Thickness (Metric)
176 μm
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Description
- Reduces overall ash content and the amount of time required for filtration
- Whatman™ Grade 44 Quantitative Filter Paper provides faster gravimetric analysis with filter thinner material
- Thin version of Grade 42 ashless paper for fine particle retention
- Accurate ash free dry mass measurements Fine nominal particle retention rating of 3 μm Filtration speed (Herzberg 995 s) Typical thickness of 180 μm
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Airflow Rate: 56 s/100 mL/in2
Format: Disc
Particle Retention: 3 μm
Filtration Speed: 995 sec.
Grade: Grade 44
Quantity: 100 Pk.
Type: Quantitative Filter Paper
Filter Type: Ashless
Material: Cotton Linters
Pore Size: 3 μm
Flow Rate: Medium
Porosity: Fine
Thickness (Metric): 176 μm
Airflow Rate:
56 s/100 mL/in2
Format:
Disc
Particle Retention:
3 μm
Filtration Speed:
995 sec.
Grade:
Grade 44
Quantity:
100 Pk.
Type:
Quantitative Filter Paper
Filter Type:
Ashless
Material:
Cotton Linters
Pore Size:
3 μm
Flow Rate:
Medium
Porosity:
Fine
Thickness (Metric):
176 μm
Airflow Rate: __
Format: __
Particle Retention: __
Filtration Speed: __
Grade: __
Quantity: __
Type: __
Filter Type: __
Material: __
Pore Size: __
Flow Rate: __
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Thickness (Metric): __
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Particle Retention:
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Filtration Speed:
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Grade:
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Material:
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Pore Size:
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Flow Rate:
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Porosity:
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Thickness (Metric):
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Flow Rate:
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Filtration Speed: __
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Material: __
Pore Size: __
Flow Rate: __
Porosity: __
Thickness (Metric): __
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Particle Retention:
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Filtration Speed:
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Grade:
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Quantity:
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Type:
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Filter Type:
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Material:
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Pore Size:
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Flow Rate:
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Porosity:
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Thickness (Metric):
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