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:...

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:...

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 320 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...