info@biolink.com
+86-400-058-9000
CN
Support
FAQ Validation Service
Products
Application & Solutions
Single-Use Bioprocess Solutions Monoclonal Antibody Production Vaccine Production mRNA Production
Resource
Blog White Paper
Company
About Us Facilities Career Company News
Contact Us
Search
×
Single-Use Bioprocess Products Cell Culture Products Protein Chromatography Processing Filtration Hydration Products
Single-Use Bioprocess Bags and Bottles Single-Use Mixing System Aseptic Connect & Disconnect Bioprocess Supporting Vessels Aseptic Sampling Connectors and Fittings
BioHub® 2D Single-use Storage Bag BioHub® 3D Single-use Storage Bag NovaLinX® Nuclease-free Single-use Consumables BioHub® Single-use Storage Bottle BioHub® 3D Cubic Storage Bag BioHub® 3D Circular Storage Bag BioHub® Storage Bottle Tool Kit BioHub® BM Single-use Magnetic Mixing System BioHub® DS Single-use Split Desktop Mixing System BioHub® UM Top-driven Mixing System BioHub® FD Feeding System BioHub® Single-use Filling System BioHub® Single-use Powder-feeding Bag BioHub® MB Single-use Mixing Bag BioHub® Single-use Weighing Bag BioHub® Sealer Ⅱ BioHub® Welder Ⅱ BioHub® SC Sterile Cutter Circular Plastic Bin Cubic Foldable Plastic Bin Cubic Stainless Steel Tank Storage Tray BioHub® Freeze-thaw Box Storage Tray Transfer Cart BioHub® Single-use Sampling Bag BioHub® Single-use Sampling Bottle BioHub® S Sterile Sampling Base BioHub® Connectors BioHub® Sanitary Clamp Fittings Biohub® Hose Plug BioHub® Diaphragm Gasket BioHub® Clamp & End Cap BioHub® Integrated Diaphragm Gauge Tee SynaLinX® B-Flex™ Thermoplastic Tubing SynaLinX® TST Platinum Cured Silicone Tubing CytoLinX® GB 1-20 L Benchtop Glass Bioreactor CytoLinX® BR 50-2000L Single-use Bioreactor CytoLinX® WB Single-use Rocking Bioreactor CytoLinX® WB Single-use Cell Therapy Bag CytoLinX® WB Single-use Cell Culture Bag CytoLinX® BRTF Single-use Top-driven Bioreactor Bag Puredex® Cyto-1 Microcarrier BioHub® Magnetic Separator Chrom-LinX® Lab-scale Empty Chromatography Column Chrom-LinX® Manual Compression Chromatography Column Chrom-LinX® Auto Automated Chromatography Column PuriLinX® Benchtop Chromatography System VERDOT Ips² InPlace™ Process-scale Chromatography Column ChromaX® Geldex® Prepacked Column Chrom-Trap® & Chrom-Screen™ Prepacked Column ChromaX® A20 Affinity Chromatography Column Chromstar® FF Resin for Size Exclusion Chromatography Chromstar® CL Resin for Size Exclusion Chromatography Chromstar® B Resin for Size Exclusion Chromatography Geldex® PG Resin for Size Exclusion Chromatography Puredex® G Resin for Size Exclusion Chromatography Puredex® LH-20 Resin for Size Exclusion Chromatography Maxtar® Resins for Ion Exchange Chromatography Maxtar® HR Resins for Ion Exchange Chromatography MaXtar® HR XL Resins for Ion Exchange Chromatography Chromstar® BB Resins for Ion Exchange Chromatography Chromstar® FF Resins for Ion Exchange Chromatography Chromstar® HP Resins for Ion Exchange Chromatography Chromstar® XL Resins for Ion Exchange Chromatography Puredex® Resins for Ion Exchange Chromatography MaXtar® ARPA Affinity Chromatography Resins MaXtar® rProtein A Affinity Chromatography Resins MaXtar® Protein G Affinity Chromatography Resins rProtein A Chromstar® FF Affinity Chromatography Resins Protein G Chromstar® 4FF Affinity Chromatography Resins Protein G Chromstar® HP Affinity Chromatography Resins Ni Chromstar® Affinity Chromatography Resins IMAC Chromstar® Affinity Chromatography Resins MaXtar® Chelating Affinity Chromatography Resins Chelating Chromstar® FF Affinity Chromatography Resins Glutathione Chromstar® Affinity Chromatography Resins MaXtar® PlasmidCap HR Affinity Chromatography Resins PlasmidCap Chromstar® HP Affinity Chromatography Resins MaXtar® Heparin Affinity Chromatography Resins Heparin Chromstar® Affinity Chromatography Resins Benzamidine Chromstar® 4FF Affinity Chromatography Resins MaXtar® Blue Affinity Chromatography Resins Blue Chromstar® Affinity Chromatography Resins NHS Activated Chromstar® 4FF Affinity Chromatography Resins CNBr Activated Chromstar® Affinity Chromatography Resins MaXtar® Hydrophobic Chromatography Resins MaXtar® HR Hydrophobic Chromatography Resins Chromstar® FF Hydrophobic Chromatography Resins Chromstar® HP Hydrophobic Chromatography Resins MaXtar® MMC Multimodal Chromatography Resins Maxtar® COLL Multimodal Chromatography Resins Maxtar® MMA Multimodal Chromatography Resins Hydroxyapatite BARONHAP® Type I&II Multimodal Chromatography Resin Maxgo® 15S Polymer Chromatography FiltraLinX® Depth Filter Holder (Type P3C) FiltraLinX® Depth Filter Holder (Type M) FiltraLinX® Virus Filter Holder FiltraLinX® Tangential Flow Filtration Holder TFFNOVA® Hollow Fiber Filter FiltraLinX® Benchtop Manual Hollow Fiber TFF System FiltraLinX® Benchtop Semi-automatic TFF System FiltraLinX® Benchtop TFF System FiltraLinX® Lab-scale TFF System FiltraLinX® Manual TFF System FiltraLinX® Semi-automatic TFF System FiltraLinX® Automatic TFF System FiltraLinX® Benchtop Manual Cassette TFF System HydroLinX® Water for Injection in Bottles HydroLinX® Water for Injection in Bags HydroLinX® Buffer Solutions and Process Liquids HydroLinX® Antifoam Emulsion
E-mail
Ion Exchange Chromatography Resin

Ion Exchange Chromatography Resin

In the downstream separation and purification process of biopharmaceuticals, chromatography is one of the indispensable separation methods. BioLink provides customers with 5 different chromatography solutions, including gel filtration chromatography, ion exchange chromatography, affinity chromatography, hydrophobic chromatography and multimodal chromatography. In addition, BioLink also produces chromatography columns and prepacked columns from laboratory to industrial grade. We focus on providing customers with high-quality products, professional solutions and comprehensive after-sales services.

Types of Ion Exchange Chromatography

Maxtar<sup>®</sup> Resins for Ion Exchange Chromatography
Ion exchange chromatography medium with high flow rate, low back pressure and high capacity.
Maxtar® Resins for Ion Exchange Chromatography
Maxtar<sup>®</sup> HR Resins for Ion Exchange Chromatography
Ion-exchange chromatography media with high resolution.
Maxtar® HR Resins for Ion Exchange Chromatography
MaXtar<sup>®</sup> HR XL Resins for Ion Exchange Chromatography
Ion-exchange chromatography media with ultra-high capacity and high resolution.
MaXtar® HR XL Resins for Ion Exchange Chromatography
Chromstar<sup>®</sup> BB Resins for Ion Exchange Chromatography
Ion exchange chromatography medium with large particle size agarose base frame, suitable for the separation process of macromolecular substances, high impurity content or samples with huge volumes.
Chromstar® BB Resins for Ion Exchange Chromatography
Chromstar<sup>®</sup> FF Resins for Ion Exchange Chromatography
Agarose-based ion exchange chromatography media with high flow rates
Chromstar® FF Resins for Ion Exchange Chromatography
Chromstar<sup>®</sup> HP Resins for Ion Exchange Chromatography
High-resolution ion-exchange chromatography media for fine separations.
Chromstar® HP Resins for Ion Exchange Chromatography
Chromstar<sup>®</sup> XL Resins for Ion Exchange Chromatography
Agarose-based ion-exchange chromatography medium with ultra-high capacity.
Chromstar® XL Resins for Ion Exchange Chromatography
Puredex<sup>®</sup> Resins for Ion Exchange Chromatography
Dextran-Based Ion Exchange Chromatography Media.
Puredex® Resins for Ion Exchange Chromatography

How To Select The Appropriate Chromatography Resin For My Own Process?

To select a suitable chromatography medium and chromatography mode, we need to clarify the purpose of chromatography and the isoelectric point PI (charge property) of the target product. The PI of the target product can be obtained by calculating the target product sequence (theoretical isoelectric point), or by capillary isoelectric focusing electrophoresis (CIEF) (actual isoelectric point). Separation of substances based on the difference in charge between the target product and impurities in a buffer with a specific pH value. According to different chromatographic purposes, two modes can be selected for the ion exchange chromatography process: (1) flow-through mode: the target product does not bind to the packing material, and impurities are bound to the chromatography packing material as much as possible; (2) combined elution mode: The target product is combined with the filler, and then eluted with a certain concentration of salt.

FAQs of Ion Exchange Chromatography

Q What is the principle of ion-exchange chromatography?

A

Ion exchange chromatography is a chromatography method that separates substances according to the difference in charge properties of different biomolecules. The ion exchange chromatography medium is composed of agarose/dextran/polymer matrix coupled with ligands with positive and negative charges. The medium with negative charge is called cation exchange chromatography medium, which can bind positively charged proteins; the medium with negative charge is called anion exchange chromatography medium, which can bind negatively charged proteins.

FAQ

Q How many chromatography resin can BioLink produce per year?

A

The chromatographic medium manufacturing facility for BioLink is situated in Lanzhou City, Gansu Province, and spans a total area of more than 7,000 square meters. The factory is in charge of producing purification and cell culture items such chromatography packing materials and microcarriers, with a total investment of more than 100 million yuan and close to 100 workers. The base now contains a production line for 500L and 1000L chromatography packaging, as well as a well-equipped laboratory for quality testing (which has earned ISO9001:2015 quality management system accreditation). The plant's 80,000 liters per year total capacity is envisaged.

FAQ

Link With Us Now!

Want to know more about BioLink bioprocessing products? Feel free to contact BioLink now!
Email
info@biolink.com
Phone
+86-400-058-9000
ADDRESS
News & Events
Research Directions and Process Support for the Development of Novel Veterinary Vaccines
08 Nov 2024
Read More +
Research Directions and Process Support for the Development of Novel Veterinary Vaccines
Mixing in Cell Culture
07 Nov 2024
Read More +
Mixing in Cell Culture
Development and Qualification of Scale-Down Models
06 Nov 2024
Read More +
Development and Qualification of Scale-Down Models
Products
Single-Use Bioprocess Products Cell Culture Products Protein Chromatography Processing Filtration Hydration Products
Application & Solutions
Single-Use Bioprocess Solutions Monoclonal Antibody Production Vaccine Production mRNA Production
Resource
Blog White Paper

Quick Links

Company Contact Us Validation Service FAQ
Contact Us
Email:
info@biolink.com
Newsletter
Copyright © Bio-Link All Rights Reserved.
Sitemap | Privacy Policy | 琼ICP备2023004837号-1
Products
Single-Use Bioprocess Products Cell Culture Products Protein Chromatography Processing Filtration Hydration Products
Application & Solutions
Single-Use Bioprocess Solutions Monoclonal Antibody Production Vaccine Production mRNA Production
Resource
Blog White Paper
Quick Links
Company Contact Us Validation Service FAQ
Contact Us
E-mail:
info@biolink.com Tel:
+86-400-058-9000
ADDRESS:
Copyright © Bio-Link All Rights Reserved.
Sitemap Privacy policy
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept