Produkte von UCT

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Carbon, Graphitized Non-Porous, 120/400 mesh Der Kohlenstoffträger wird verwendet, um extrem polare Verbindungen zu isolieren. Die Kohlenstoffadsorption beinhaltet einen hydrophoben Mechanismus mit einer hohen Oberfläche und...

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Aminopropyl Sorbent Chemical Phase = NAX Organic Loading = 6.65% Average Pore Size = 60Å Anion Exchange = 0.2800 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Aminopropyl Sorbent Chemical Phase = NAX + C8 Organic Loading = 12.10% Average Pore Size = 60Å Anion Exchange = 0.144 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Polyimine Sorbent Chemical Phase = PAX Organic Loading = 14.25% Average Pore Size = 60Å Anion Exchange = 0.880 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Polyimine Sorbent Chemical Phase = PAX Organic Loading = 14.25% Average Pore Size = 60Å Anion Exchange = 0.880 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Polyimine Sorbent Chemical Phase = PAX Organic Loading = 14.25% Average Pore Size = 60Å Anion Exchange = 0.880 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Polyimine Sorbent Chemical Phase = PAX Organic Loading = 14.25% Average Pore Size = 60Å Anion Exchange = 0.880 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Propylsulfonic Acid Sorbent Chemical Phase = PCX Organic Loading = 7.00% Average Pore Size = 60Å Cation Exchange = 0.180 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Propylsulfonic Acid Sorbent Chemical Phase = PCX + C8 Organic Loading = 14.62% Average Pore Size = 60Å Exchange Capacity = 0.11 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Propylsulfonic Acid Sorbent Chemical Phase = PCX + C8 Organic Loading = 14.62% Average Pore Size = 60Å Exchange Capacity = 0.11 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g