Learn More
Description
Saves time required to quadrant-fold circles to fit conical filter funnels in repetitive or multiple analyses. Whatman™ Qualitative Filter Paper: Grade 113V Circles boast the fastest flow rate of the qualitative grades. Crepe surface promotes ultra high loading capacity.
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.
This product(s) resides on a Fisher Scientific GSA or VA contract. If you are viewing this page as a nonregistered user, the price(s) displayed is List Price. To view your GSA or VA contract pricing, log in using your account number, or become a registered user by contacting one of our Customer Service teams. You can also view your contract price by searching for this item(s) on GSA Advantage. To place an order, contact Fisher Scientific Customer Service.
Specifications
Specifications
| Description | Grade 113V Creped Filter Paper, Wet-Strengthened, 125 mm circle (100 pcs) |
| Format | Pleated Circle |
| Material | Cellulose |
| Particle Retention | 30 μm |
| Pore Size | >30 μm |
| Filtration Speed | Herzberg 28 sec. |
| Flow Rate | Fast |
| 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. |
| Grade | Grade 113V |
| Porosity | Coarse and gelatinous precipitates |
| Show More |
By clicking Submit, you acknowledge that you may be contacted by Fisher Scientific in regards to the feedback you have provided in this form. We will not share your information for any other purposes. All contact information provided shall also be maintained in accordance with our Privacy Policy.
