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Truking Microsphere

TA-SMD FF

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SKU: Y3141
$90.00
Specification

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TA-SMD FF is a medium made by coupling butyl aliphatic chains on highly cross-linked agarose-based spheres. The high physical and chemical stability of the agarose matrix makes it ideal for large-scale purification processes due to its good pressure-flow rate performance, and the optimized density of the matrix is suitable for the separation and purification of biomolecules with strong hydrophobicity. TA-SMD FF is a customized chromatographic packing specially designed for the purification of 29 peptide, the intermediate of
  • Matrix Agarose
  • Bead Structure FF
  • Functional Group Butyl
  • Separation Mode Hydrophobic
  • Particle Size Range 45-165µm
  • Avg. Particle Size 90µm
  • Max. Pressure 0.3MPa
  • pH Range 3-13

Overview

Introduction Documents

TA-SMD FF is a medium made by coupling butyl aliphatic chains on highly cross-linked agarose-based spheres. The high physical and chemical stability of the agarose matrix makes it ideal for large-scale purification processes due to its good pressure-flow rate performance, and the optimized density of the matrix is suitable for the separation and purification of biomolecules with strong hydrophobicity. TA-SMD FF is a customized chromatographic packing specially designed for the purification of 29 peptide, the intermediate of Semaglutide.

Specifications:

Product TA-SMD FF
Appearance White slurry, forms visible layering upon standing
Functional Group Butyl
Particle Size Range 45–165 µm (avg. 90 µm)
Protein Loading ≥30 mg/mL lysozyme/medium
Max. Pressure Tolerance 0.3 MPa
Chemical Stability Stable in common aqueous solutions: 1M NaOH, 1M HAc, 6M guanidine hydrochloride, 30% isopropanol, 70% ethanol, 8M urea
pH Stability 3–13 (operating), 2–14 (CIP)
Storage Conditions 2–30 °C, 20% ethanol or 2% benzyl alcohol
Recommended Flow Rate 60–150 cm/h