Separation Methods Technologies, Inc. (SMT) products

Particle Size: 5 µm, Pore Size: 300Å, Length: 150 mm, I.D.: 4.6 mm. SMT-SAX columns are silica-based Strong Anion eXchange packing developed for separation of anionic compounds. SMT-SAX packings consist of chemically attached hydrophilic surface derivatized to form quaternary amine. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 150 mm, I.D.: 4.6 mm. SMT-DEAE [Di-Ethyl-Amino-Ethyl] column provides a unique chemically attached hydrophilic, weak anion exchange type, functional surface desirable for the separation of many biomolecules such as proteins, nucleotides, oligonucleotides, polynucleotides, high molecular weight RNA?۪s and plasmid DNA?۪s. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 250 mm, I.D.: 4.6 mm. SMT-DEAE [Di-Ethyl-Amino-Ethyl] column provides a unique chemically attached hydrophilic, weak anion exchange type, functional surface desirable for the separation of many biomolecules such as proteins, nucleotides, oligonucleotides, polynucleotides, high molecular weight RNA?۪s and plasmid DNA?۪s. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 150 mm, I.D.: 4.6 mm. SMT-SAX columns are silica-based Strong Anion eXchange packing developed for separation of anionic compounds. SMT-SAX packings consist of chemically attached hydrophilic surface derivatized to form quaternary amine. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 250 mm, I.D.: 4.6 mm. SMT-SAX columns are silica-based Strong Anion eXchange packing developed for separation of anionic compounds. SMT-SAX packings consist of chemically attached hydrophilic surface derivatized to form quaternary amine. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 150 mm, I.D.: 4.6 mm. SMT-SCX columns are silica-based Strong Cation eXchange packing materials developed for separation of cationic compounds. SMT-SCX consists of chemically attached hydrophilic surface derivatized to form sulfonic acid functionality. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.

Particle Size: 10 µm, Pore Size: 100Å, Length: 150 mm, I.D.: 4.6 mm. SMT-WAX columns are silica-based Weak Anion eXchange packing materials developed for separation of anionic compounds. SMT-WAX consists of chemically attached hydrophilic surface derivatized to form polyethyleneimine functionality. The technique of SAM is used in the bonding process to significantly increase the functional ligand density.