Skip to content Skip to navigation menu

Quantitative Filter Paper

These filter papers are used for quantitative and gravimetric analyses as well as for pressure or vacuum filtration. They are made out of 100 % cotton linters with an α-cellulose content of > 98 % and are acid-washed to make the papers ashless and achieve high purity.

Choose your product

Products (124)

Blue Dot Quantitative Filter Papers / Grade 391 / 580 x 580 mm Sheets

$549.70

Grade
391
Filter Format
Sheets
125 mm Black Dot Quantitative Filter Paper Discs / Grade 388

$32.00

Grade
388
Filter Format
Discs
180 mm Black Dot Quantitative Filter Paper Discs / Grade 388

$55.00

Grade
388
Filter Format
Discs
400 mm Black Dot Quantitative Filter Paper Discs / Grade 388

$133.00

Grade
388
Filter Format
Discs
110 mm White Dot Quantitative Filter Paper Discs / Grade 389

$28.00

Grade
389
Filter Format
Discs

  • Made of 100 % cotton linters
  • Ash-free (ash content ≤ 0.01 % according to DIN 540370)
  • Wet-strengthened
  • Color-coded box for easy selection

Brochure

Filter Papers for the Laboratory and Industry
en 6,4 MB
Papiers filtres pour les laboratoires et l’industrie
fr 10,7 MB
Carte da filtro per il laboratorio e l’industria
it 9,0 MB
宣传手册:实验室过滤产品精简目录
zh 19,0 MB

Catalog

Laboratory Filtration Products (US and Canada)
en 9,6 MB
Laboratory Filtration Products
en 21,9 MB
High-purity, Qualitative Filter Paper

These paper grades are used for analytical purposes that require a low ash content.

Grades 292 and 292a are especially suitable for soil analyses because they are low in nitrogen. For phosphate or sodium determination, we recommend grades 131 and 132.

Wet-strengthened Filter Papers for Qualitative Analyses

These qualitative filter papers are essentially used for analytical purposes and routine analyses, whenever no gravimetric analyses are required. They are wet-strengthened and can be used for pressure and vacuum filtration. They are made of refined pulp and linters with an > 95% α-celluloose content, are very pure with an ash content < 0.1%.