These 185 mm diameter folded qualitative filter papers are ideal for analytical purposes and routine analyses. They are wet-strengthened for use in pressure or vacuum filtration. Made from refined pulp and cotton linters with more than 95% alpha-cellulose and an ash content of less...

These 150 mm diameter folded qualitative filter papers are ideal for analytical purposes and routine analyses. They are wet-strengthened for use in pressure or vacuum filtration. Made from refined pulp and cotton linters with more than 95% alpha-cellulose and an ash content of less...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These 185 mm diameter very slow filtering, blue dot folded 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 ?-cellulose content of > 98% and...

This filter grade is made of cellulose and diatomaceous earth and offer a much better separating capability than pure cellulose papers at the same rate of filtration. This grade quickly retains the finest particles at high flow rates. Technical Specifications Weight: 140 g/cm² Thickness:...

This filter grade is made of cellulose and diatomaceous earth and offer a much better separating capability than pure cellulose papers at the same rate of filtration. This grade quickly retains the finest particles at high flow rates. Technical Specifications Weight: 140 g/cm² Thickness:...

Grade 480 is impregnated with stabilized silicon, thus rendering it hydrophobic: It retains water, but allows solvents to flow through. The flow stops automatically when the entire solvent has passed through. In many applications, this phase separator paper eliminates the need to use separating...

This filter grade is made of cellulose and diatomaceous earth and offer a much better separating capability than pure cellulose papers at the same rate of filtration. This grade quickly retains the finest particles at high flow rates. Technical Specifications Weight: 140 g/cm² Thickness:...

Grade 480 is impregnated with stabilized silicon, thus rendering it hydrophobic: It retains water, but allows solvents to flow through. The flow stops automatically when the entire solvent has passed through. In many applications, this phase separator paper eliminates the need to use separating...

This filter grade is made of cellulose and diatomaceous earth and offer a much better separating capability than pure cellulose papers at the same rate of filtration. This grade quickly retains the finest particles at high flow rates. Technical Specifications Weight: 140 g/cm² Thickness:...

Grade 480 is impregnated with stabilized silicon, thus rendering it hydrophobic: It retains water, but allows solvents to flow through. The flow stops automatically when the entire solvent has passed through. In many applications, this phase separator paper eliminates the need to use separating...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These 90 mm diameter folded qualitative filter papers are ideal for analytical purposes and routine analyses. They are wet-strengthened for use in pressure or vacuum filtration. Made from refined pulp and cotton linters with more than 95% alpha-cellulose and an ash content of less...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters Low-nitrogen and nitrates content Ash content ≤ 0.06 % Weight: 87 g/cm2 Thickness: 0.18 mm No additives, such as wet-strenghening Example of applications:...