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Truking Microsphere

TH-DEAE

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SKU: Y2103
$112.00
Specification

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TH-DEAE is a weak anion exchange medium formed by coupling diethylaminoethyl to highly rigid agarose microspheres, which has a higher dynamic loading under high flow rate conditions compared to TA-IEX FF. The medium uses a highly cross-linked matrix of very rigid agarose, can adapt to high-flow rate operation, physical and chemical stability, in the process of purification and cleaning and regeneration, the medium's load and the performance of the external buffer is not affected, more suitable for large-scale industrialized production.
  • Matrix Highly Rigid Agarose
  • Functional Group Diethylaminoethyl
  • Separation Mode Ion Exchange
  • Avg. Particle Size 90µm
  • Max. Pressure 0.5MPa
  • pH Range 2-9
  • Cross Reference Cytiva Capto DEAE

Overview

Introduction Documents

TH-DEAE is a weak anion exchange medium formed by coupling diethylaminoethyl to highly rigid agarose microspheres, which has a higher dynamic loading under high flow rate conditions compared to TA-IEX FF. The medium uses a highly cross-linked matrix of very rigid agarose, can adapt to high-flow rate operation, physical and chemical stability, in the process of purification and cleaning and regeneration, the medium's load and the performance of the external buffer is not affected, more suitable for large-scale industrialized production.

Specifications:

Product TH-DEAE
Appearance White slurry, forms visible layering upon standing
Functional Group Diethylaminoethyl
Avg. Particle Size 90 µm
Ion Loading Capacity 290–350 µmol/mL Cl-/medium
Max. Pressure Tolerance 0.5 MPa
Chemical Stability Stable in common aqueous solutions: 1M NaOH, 6M guanidine hydrochloride, 30% isopropanol, 70% ethanol
pH Stability 2–9 (operating), 2–14 (CIP)
Storage Conditions 2–30 °C, 20% ethanol or 2% benzyl alcohol, 0.2M NaAc
Recommended Flow Rate 90–500 cm/h