Grade 604½ Qualitative Filter Papers for coarse precipitates. Maintains flow rate due to the reduction in filter paper contact with funnel side and the self-supporting shape of the filter itself.
- Increased total loading capacity as more filter area is available
Decreased overall filtration time because of the extra surface area exposed; the normal slow down of filtration speed due to the loading of particulate is postponed.
Savings in time required to quadrant-fold circles to fit conical filter funnels in repetitive or multiple analyses.
The prepleating does not significantly affect any of the technical data, and the same figures may be used for the flat 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.
Cellulose material. Fast flow.
- Catalog No:
- 515-5007
- 515-5006
- 515-5005
- 515-5009
- 515-5004
- N°:
- 604 ½
- 604 ½
- 604 ½
- 604 ½
- 604 ½
- Poids:
- 80 g/m²
- 80 g/m²
- 80 g/m²
- 80 g/m²
- 80 g/m²
- Épaisseur:
- 190 µm
- 190 µm
- 190 µm
- 190 µm
- 190 µm
- Rétention de particules:
- 25 µm
- 25 µm
- 25 µm
- 25 µm
- 25 µm
- Vitesse de filtration:
- 50 s (Herzberg)
- 50 s (Herzberg)
- 50 s (Herzberg)
- 50 s (Herzberg)
- 50 s (Herzberg)
Informations sur le produit
- SeqN°TailleCdt
Specifications
N°604 ½Environmentally PreferablePoids80 g/m²Épaisseur190 µmRétention de particules25 µmVitesse de filtration50 s (Herzberg)Specifications
N°604 ½Environmentally PreferablePoids80 g/m²Épaisseur190 µmRétention de particules25 µmVitesse de filtration50 s (Herzberg)Specifications
N°604 ½Environmentally PreferablePoids80 g/m²Épaisseur190 µmRétention de particules25 µmVitesse de filtration50 s (Herzberg)Specifications
N°604 ½Environmentally PreferablePoids80 g/m²Épaisseur190 µmRétention de particules25 µmVitesse de filtration50 s (Herzberg)Specifications
N°604 ½Environmentally PreferablePoids80 g/m²Épaisseur190 µmRétention de particules25 µmVitesse de filtration50 s (Herzberg)