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9601-14
Instatherm® oil bath,low form,700mL,119mm id,125mm od, 6
Price: $1,326.62List Price: $1,474.02Oil baths heated by Instatherm®, an integral noble metal alloy fused permanently to the glass & covered with a tough silicone rubber treated glass cloth insulation which serves as a thermal barrier as well as protection against physical shock. -
9601-355
Instatherm® two bath kit includes (1)9601-14 700mL bath,
Price: $5,176.51List Price: $5,751.68Oil baths heated by Instatherm®, an integral noble metal alloy fused permanently to the glass & covered with a tough silicone rubber treated glass cloth insulation which serves as a thermal barrier as well as protection against physical shock. -
DEAE-10-100/15
Ion-Exchange DEAE Column: Particle Size: 10 æm, Pore Size: 1 (C08-0602-552)
Price: $1,202.08List Price: $1,335.65SMT-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, -
DEAE-10-100/25
Ion-Exchange DEAE Column: Particle Size: 10 æm, Pore Size: 1 (C08-0602-611)
Price: $1,262.28List Price: $1,402.53SMT-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, -
DEAE-10-300/15
Ion-Exchange DEAE Column: Particle Size: 10 æm, Pore Size: 3 (C08-0602-553)
Price: $1,202.08List Price: $1,335.65SMT-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, -
DEAE-10-300/25
Ion-Exchange DEAE Column: Particle Size: 10 æm, Pore Size: 3 (C08-0602-612)
Price: $1,262.28List Price: $1,402.53SMT-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, -
DEAE-5-100/15
Ion-Exchange DEAE Column: Particle Size: 5 æm, Pore Size: 10 (C08-0602-550)
Price: $1,202.08List Price: $1,335.65SMT-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, -
DEAE-5-100/25
Ion-Exchange DEAE Column: Particle Size: 5 æm, Pore Size: 10 (C08-0602-609)
Price: $1,262.28List Price: $1,402.53SMT-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, -
DEAE-5-300/15
Ion-Exchange DEAE Column: Particle Size: 5 æm, Pore Size: 30 (C08-0602-551)
Price: $1,202.08List Price: $1,335.65SMT-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, -
DEAE-5-300/25
Ion-Exchange DEAE Column: Particle Size: 5 æm, Pore Size: 30 (C08-0602-610)
Price: $1,262.28List Price: $1,402.53SMT-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, -
SAX-10-100/15
Ion-Exchange SAX Column: Particle Size: 10 æm, Pore Size: 10 (C08-0602-536)
Price: $1,202.08List Price: $1,335.65SMT-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. -
SAX-10-100/25
Ion-Exchange SAX Column: Particle Size: 10 æm, Pore Size: 10 (C08-0602-588)
Price: $1,262.28List Price: $1,402.53SMT-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.