Chromatography-Papers Whatman® 1CHR Thickness 0,18 mm, 100 m x 2 cm, 1 roll(s)
excl. VAT. | 1 roll(s) per Pack Qty.
Art. No. 7606.1
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Papers for blotting, chromatography and filtration. Made from specially selected cellulose.
Chromatography-Papers Whatman® 1CHR Thickness 0,18 mm
Particularly thin, for maximum variability in application.
- Also available in convenient rolls!
|L x W||100 m x 2 cm cm|
|Suction lift||130/30 mm/min|
- Subtotal: 0.00
|Art. No.||L x W||Pack Qty.||Thickness||Price||Quantity|
|CL37.1||30 x 10 cm||100 sheet(s)||0,18 mm||
|CL38.1||20 x 20 cm||100 sheet(s)||0,18 mm||
|CL40.1||57 x 46 cm||100 sheet(s)||0,18 mm||
|7606.1||100 m x 2 cm||1 roll(s)||0,18 mm||
|CL43.1||100 m x 4 cm||1 roll(s)||0,18 mm||
|CL44.1||100 m x 10 cm||1 roll(s)||0,18 mm||
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Further attractive products to complete your chromatography laboratory can be found on our Chromatography page!
Paper chromatography (PC) is the oldest chromatographic technique. Like other chromatographic applications, separation is based upon the partition of the material mixture, which is to be separated, between two immiscible phases.
While the chromatographic paper is, strictly speaking, only the carrier for the liquid mobile phase, the properties of the paper do, in fact, have considerable influence on the quality of the separation.
The most important characteristics of chromatographic papers are the weight (g/m2), the thickness (mm) and the migration distance.
When specifying the migration distance, it is common practice in the paper industry to apply the Klemm method. This method indicates the extent of dampness of a 15 cm wide paper strip (dipped in 20 °C dist. water) after 10 minutes. You will, however, frequently find the migration distance of chromatographic paper specified in mm/30 min.
- Chromatography papers must be handled very carefully.
- Never touch with fingers as this will contaminate the surface.
- Do not bend or bend sharply, as this will interfere with the capillary effect (it is best to store it flat).
- Chromatography papers have a preferred fiber orientation with higher absorption along the fibres (with our bows 60 × 58 cm the longer edge).
- We recommend that you move it in the direction of the to use a higher absorption