Features Fiber length (95 %) 2&ndash20 &mum, average degree of polymerization 400&ndash500 specific surface acc. to Blaine 15000 cm 2 /g &le 20 ppm Fe, 6 ppm Cu, 7 ppm P dichloromethane extract &le 0.
Features Fiber length (95 %) 2&ndash20 &mum, average degree of polymerization 400&ndash500 specific surface acc. to Blaine 15000 cm 2 /g &le 20 ppm Fe, 6 ppm Cu, 7 ppm P dichloromethane extract &le 0.
Features Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm Outstanding dyeability and abrasion resistance due to an optimized binder system Good wettability
Features Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm Outstanding dyeability and abrasion resistance due to an optimized binder system Good wettability
Features Reversed phase nano silica impregnated with Cu(II) ions and a chiral selector (a proline derivative, DP 31 43 726 and EP 0 143 147) Separation based on ligand exchange, i. e.
Features Reversed phase nano silica impregnated with Cu(II) ions and a chiral selector (a proline derivative, DP 31 43 726 and EP 0 143 147) Separation based on ligand exchange, i. e.
Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm standard grade Thickness of layer for analytical plates 0.
Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm standard grade Thickness of layer for analytical plates 0.
Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm standard grade Thickness of layer for analytical plates 0.
Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5&ndash17 µm standard grade Thickness of layer for analytical plates 0.
Helps evaluate washability and abrasion resistance Conforms to ASTM D 2486 The tester reciprocates an abrasive force linearly over the sample. Reciprocating linear motion at 37.
Helps evaluate washability and abrasion resistance Conforms to ASTM D 2486 The tester reciprocates an abrasive force linearly over the sample. Reciprocating linear motion at 37.
These plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography.
These plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography.
Cellulose plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography.
Cellulose plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography.