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 paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

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...

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 paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 - 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 - 0.15% Wet-strengthened Note: For all...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 - 0.15% Wet-strengthened Note: For all...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content ≤ 0.02 % Weight: 80 g/cm² Thickness: 0.17 mm No additives, such as wet-strenghening...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content = 0.02 % Weight: 80 g/cm² Thickness: 0.16 mm No additives, such as wet-strenghening...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content = 0.02 % Weight: 80 g/cm² Thickness: 0.16 mm No additives, such as wet-strenghening...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content = 0.02 % Weight: 80 g/cm² Thickness: 0.16 mm No additives, such as wet-strenghening...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content ≤ 0.02 % Weight: 80 g/cm² Thickness: 0.17 mm No additives, such as wet-strenghening...

This paper grade is generally used for analytical and technical purposes. It has a fast flow rate due to its structure. Made of refined pulp and cotton linters with an > 95% α-cellulose content Ash content between 0.1 – 0.15% Wet-strengthened Note: For all...

These filter papers are especially suitable for qualitative analyses that require a low ash content. Technical specifications: Made of cotton linters and refined pulp Low-phosphate and low-potassium content Ash content = 0.02 % Weight: 80 g/cm² Thickness: 0.16 mm No additives, such as wet-strenghening...