Whatman Qualitative Filter Paper Grade 114 Circle 185 mm
₹3,944.00 + ₹709.92 GST
₹4,653.92 (Incl. of all taxes)
Description
Only half the thickness of Grade 113 and suitable for coarse or gelatinous precipitates. Smooth surface for easy recovery of precipitates.
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. The resins do, however, contain nitrogen so these grades should not be used in Kjeldahl estimations, etc. Some wet strengthened grades are available in folded (prepleated) forms.
Specifications
|
Grade |
Grade 114 |
|
Grade Type |
Wet Strengthened |
|
Material |
Cellulose |
|
Nominal air flow rate |
4 s/100 ml/in² |
|
Nominal basis weight |
75 g/m² |
|
Nominal thickness |
190 µm |
|
Typical Particle Retention in Liquid |
25 µm |
|
Typical water flow rate at 45 psi (3.1 bar) |
333 ml/min |
|
Dimensions |
Ø 185 mm |
| Product Code | 1114-185 |
|---|---|
| HSN Code | 48232000 |
| Brand | Whatman |
| Usually dispatched in | 2-3 weeks |
| Pack Size | 100/PCK |
Description
Only half the thickness of Grade 113 and suitable for coarse or gelatinous precipitates. Smooth surface for easy recovery of precipitates.
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. The resins do, however, contain nitrogen so these grades should not be used in Kjeldahl estimations, etc. Some wet strengthened grades are available in folded (prepleated) forms.
Specifications
|
Grade |
Grade 114 |
|
Grade Type |
Wet Strengthened |
|
Material |
Cellulose |
|
Nominal air flow rate |
4 s/100 ml/in² |
|
Nominal basis weight |
75 g/m² |
|
Nominal thickness |
190 µm |
|
Typical Particle Retention in Liquid |
25 µm |
|
Typical water flow rate at 45 psi (3.1 bar) |
333 ml/min |
|
Dimensions |
Ø 185 mm |