Sartorius, 20033-015, SDR HyperD® - 1 L

SDR HyperD® is a unique resin designed for the removal of detergents from biological fluids.
Bulk resins offer flexibility and scalability for large-scale bioprocessing
Allow for customized column packing to meet specific process requirements

SDR HyperD® for solvent detergent removal in bioprocessing features high capacity for a wide range of detergents and secures high recovery of protein. The resin is composed of silica beads whose pores are filled with a three-dimensional crosslinked hydrophobic polymer. The small pore size, particle size distribution (40 to 100 μm), and hydrophobic nature of the chemical groups make SDR HyperD resin ideal for detergent removal.
Bulk resins are available in various quantities to support different scaling processes, ensuring flexibility and adaptability. Perfect for large-scale purification processes.
Features and Benefits
High dynamic binding capacity for many different detergents
High recovery for proteins
Ideal tool for both removing solvent and detergent
Stable in acid, polar organic, and oxidizing solutions
Applications
Binds detergent molecules typically used in viral inactivation processes [i.e., Tri-n-Butyl Phosphate (TnBP) and Triton X-100]
Removal of both ionic and zwitter ionic detergents from biological solutions

Specifications
Applications:
Application: Preparative protein purification

Compliance Information:
Quality Standards: CoA; RSF

Dimensions:
Bead Size: 70 µm

General Specifications:
Flow Rate: 100-600 cm/h
Resin Format: Bulk resin

Materials of Construction:
Base Matrix: Silica beads

Operating Conditions:
Operating Pressure: < 3 barg (44psi)
pH Stability: 2 to 12 (working pH)

Physicochemical Information:
Ligand: Hydrophobic polymer
Reference Protein: Triton
Typical Dynamic Binding Capacity 10% per mL: > 90 mg/mL Triton

Product Information:
Brand: SDR HyperD®
Pack Size: 1
Pack Volume: 1 L
Resin Delivery Condition: 20% EtOH
Resin Type: Hydrophobic
What you receive: 1 bottle resin, instructions

Storage Conditions:
Storage Conditions: 20% EtOH