Whatman Qualitative Filter Paper Grade 593 ½ Folded (Prepleated) 240 mm
₹14,248.31 + ₹2,564.69 GST
₹16,813.00 (Incl. of all taxes)
Description
A standard grade filter papers for fine precipitates.
- Increased filter surface area increases total loading capacity and decreases overall filtration time.
- Reduced contact between filter and funnel maintains flow rate.
- Eliminated need to quadrant-fold filter circles to fit conical funnels saves time in repetitive or multiple analyses.
- Prepleated filters have the same technical properties as the respective filter circles.
Cellulose filters are used in qualitative analytical techniques to determine and identify materials. Prepleated qualitative filters give improved flow rate and increased loading capacity compared to equivalent quadrant folded filters.
Specifications
|
Basis Weight |
85 g/m² |
|
Filtration Speed (Herzberg) |
450 s |
|
Grade |
Grade 593 |
|
Grade Type |
Standard |
|
Material |
Cellulose |
|
Particle Retention in Liquid Max. |
5 µm |
|
Properties |
Medium to slow |
|
Typical Thickness |
170 µm |
|
Diameter |
185 mm |
| Product Code | 10311451 |
|---|---|
| HSN Code | 48232000 |
| Brand | Whatman |
| Usually dispatched in | 2-3 weeks |
| Pack Size | 100/PCK |
Description
A standard grade filter papers for fine precipitates.
- Increased filter surface area increases total loading capacity and decreases overall filtration time.
- Reduced contact between filter and funnel maintains flow rate.
- Eliminated need to quadrant-fold filter circles to fit conical funnels saves time in repetitive or multiple analyses.
- Prepleated filters have the same technical properties as the respective filter circles.
Cellulose filters are used in qualitative analytical techniques to determine and identify materials. Prepleated qualitative filters give improved flow rate and increased loading capacity compared to equivalent quadrant folded filters.
Specifications
|
Basis Weight |
85 g/m² |
|
Filtration Speed (Herzberg) |
450 s |
|
Grade |
Grade 593 |
|
Grade Type |
Standard |
|
Material |
Cellulose |
|
Particle Retention in Liquid Max. |
5 µm |
|
Properties |
Medium to slow |
|
Typical Thickness |
170 µm |
|
Diameter |
185 mm |