Boost Profits with High-Demand Macroporous Adsorption Resins

Product introduction

Haipu adsorption resin is a functional customized macroporous polymer adsorption material, specially designed for the separation of plant-derived ingredients, drug purification and organic pollutant treatment. Its core structure is a three-dimensional cross-linked polymer network, which achieves targeted adsorption through pore size regulation (10-1000Å) and surface functional group modification, showing unique performance in the fields of food processing, biomedicine and environmental management.

This material inherits the dual action mechanism of macroporous adsorbents:

Physical Sieving Effect:

molecular weight classification through precisely controlled pore size distribution

Multiple Interactions:

introduce different functional groups to form hydrogen bonds, van der Waals forces and π-π interactions with the target substance

Compared with traditional activated carbon, Haipu adsorption resin has significant advantages:

Chemical Stability:

tolerant to extreme pH 1-14 environments, suitable for strong acid/alkali process systems

Functional Programmability:

targeted modification of specific functional groups via monomer composition design

Regeneration Performance: supports thermal regeneration cycles

Technical Characteristics

Preparation Process:

continuous suspension polymerization technology to ensure batch consistency

Structural Parameters:

typical pore volume 0.3-0.8 cm³/g, bulk density 0.35-0.55 g/cm³

Dynamic Adsorption:

maintains 90% adsorption efficiency at a flow rate tolerance of 5 BV/h

Core Application Scenarios

Food Industry

• Decolorization of fruit and vegetable juices

• Purification of natural sweeteners

• Desalination of enzyme preparations

Biomedicine

• Refining of antibiotic intermediates

• Vaccine purification

• Peptide separation

Environmental Engineering

• Pharmaceutical wastewater treatment

• Recovery of volatile organic compounds (VOCs)

• Treatment of heavy metal complexed pollutants

Innovative Breakthroughs

• Multi-stage Separation Technology:

  molecular weight classification of 50-50000 Da via gradient pore size distribution

• Intelligent Adsorption Process:

  development of pH-responsive resins for specific desorption of target substances under specific conditions

• Continuous Equipment:

  compatible with simulated moving bed (SMB) systems, processing capacity up to 10 BV/h·m³