CATEGORY
Chromatography Resins
Beroe LiVE.Ai™
AI-powered self-service platform for all your sourcing decision needs across 1,600+ categories llike Chromatography Resins.
Market Data, Sourcing & Supplier Intelligence, and Price & Cost Benchmarking.
Chromatography Resins Market Monitoring Dashboard
Understand the correlation between costs, margins, and prices impacting your category on a real time basis on Beroe LiVE.Ai™
Chromatography Resins Industry Benchmarks
Savings Achieved
(in %)
The average annual savings achieved in Chromatography Resins category is 5.40%
Payment Terms
(in days)
The industry average payment terms in Chromatography Resins category for the current quarter is 73.4 days
Compare your category performance against peers and industry benchmarks across 20+ parameters on Beroe LiVE.Ai™
Category Strategy and Flexibility
Engagement Model
Supply Assurance
Sourcing Process
Supplier Type
Pricing Model
Contract Length
SLAs/KPIs
Lead Time
Supplier Diversity
Targeted Savings
Risk Mitigation
Financial Risk
Sanctions
AMEs
Geopolitical Risk
Cost Optimization
Price per Unit Competitiveness
Specification Leanness
Minimum Order Quality
Payment Terms
Inventory Control
The World’s first Digital Market Analyst
Abi, the AI-powered digital assistant brings together data, insights, and intelligence for faster answers to sourcing questions
Chromatography Resins Suppliers

Find the right-fit chromatography resins supplier for your specific business needs and filter by location, industry, category, revenue, certifications, and more on Beroe LiVE.Ai™.



Use the Chromatography Resins market, supplier and price information for category strategy creation and Quaterly Business Reviews (QRBs)
Chromatography Resins market frequently asked questions
Pharmaceutical manufacturers use chromatography resins to separate biomolecules, such as protein, monoclonal antibodies, antibody fragments, and vaccines. Moreover, subsequent advances in drug discovery are favoring the demand for chromatographic resins, which make up for around a third of the pharma industry.
Pharmaceutical manufacturers use chromatography resins to separate biomolecules, such as protein, monoclonal antibodies, antibody fragments, and vaccines. Moreover, subsequent advances in drug discovery are favoring the demand for chromatographic resins, which make up for around a third of the pharma industry.
The global chromatography resins market is highly consolidated, with the leading five players capturing about 70% of the overall revenue. Among them, GE Healthcare/Cytiva leads the pack with 30-40% revenue share. Further, these prominent market players are involved in research and development (R&D) projects to manufacture innovative and better resin beads.
The global chromatography resins market is highly consolidated, with the leading five players capturing about 70% of the overall revenue. Among them, GE Healthcare/Cytiva leads the pack with 30-40% revenue share. Further, these prominent market players are involved in research and development (R&D) projects to manufacture innovative and better resin beads.
The demand for chromatography resins has been rising since the advent of the COVID-19 crisis in developing vaccines. Moreover, several pharma companies have been witnessing price hikes and increased lead time over the last few months. Suppliers are proactively involved in workforce addition, portfolio expansions, and capacity addition, ensuring a sufficient supply of the critical raw material required for treating COVID-19 and manufacturing other drugs.
The demand for chromatography resins has been rising since the advent of the COVID-19 crisis in developing vaccines. Moreover, several pharma companies have been witnessing price hikes and increased lead time over the last few months. Suppliers are proactively involved in workforce addition, portfolio expansions, and capacity addition, ensuring a sufficient supply of the critical raw material required for treating COVID-19 and manufacturing other drugs.
The need for more monoclonal antibodies (MAB) and precise methods are mainly fueling the demand for chromatographic resins. In addition, an upsurge in the number of contract manufacturing organizations (CMO) is adding another arm of growth.
The need for more monoclonal antibodies (MAB) and precise methods are mainly fueling the demand for chromatographic resins. In addition, an upsurge in the number of contract manufacturing organizations (CMO) is adding another arm of growth.
North America leads the demand for chromatography resins owing to the large-scale manufacturing of several biologic drugs. Moving ahead, the market growth in Europe is shooting, given the strong presence of biologic manufacturing facilities and at-length COVID-19 drug development.
North America leads the demand for chromatography resins owing to the large-scale manufacturing of several biologic drugs. Moving ahead, the market growth in Europe is shooting, given the strong presence of biologic manufacturing facilities and at-length COVID-19 drug development.
The Asian chromatography resins market, primarily represented by India and China, is growing stellar as the region is home to prominent biologic drug and vaccine manufacturers.
The Asian chromatography resins market, primarily represented by India and China, is growing stellar as the region is home to prominent biologic drug and vaccine manufacturers.
Chromatography Resins market report transcript
Chromatography is a separation technique which involves a mobile phase (which drives the sample) and the stationary phase (which supports the purification). Chromatography resins constitute the stationary phase in the purification process.
- Chromatography resin’s applications in pharma include separation of biomolecules like monoclonal antibodies, protein, antibody fragments and vaccines
- Suppliers offer chromatography resins as standard or custom resins and also as prepacked columns. These resins can be used at varying scales from laboratory to pilot to large scale manufacturing
Demand for chromatographic resins has been increasing with growth in drug discovery by major pharmaceutical companies. Pharmaceutical applications contribute to nearly 30 percent of the end-use market
- Top five players in the market accounted for nearly 70 percent of the global chromatographic resins market in 2018. GE Healthcare/Cytiva is the market leader with 30-40 percent market share
- Chromatographic resins are majorly driven by the need for more monoclonal antibodies in the market and highly specific purification techniques
Demand Market Outlook
Demand for chromatography resins has been increasing since the evolution of biologic drugs. It is seen to increase even more after the onset of COVID-19 and the development of vaccines and treatments for COVID-19.
- North America has been supporting the manufacture of several biologic drugs and hence the demand is high in the region
- Europe is home to most of the biologic manufacturing facilities and hence the demand is expected to be high, especially due to COVID-19 drug development
- India and China have been driving the demand for chromatography resins in Asia. Major biologic drug and vaccine manufacturers are located in these regions
Impact of COVID-19 on Chromatography Resins
- Many pharma companies have been experiencing increase in price and lead time during the past few months
- Suppliers are seen to be actively involved in expansions, addition of man power, addition of capacity, etc. to make sure they supply the critical raw material needed for COVID-19 and other drug manufacturing
Market Overview
Demand for chromatographic resins has been increasing with growth in drug discovery by major pharmaceutical companies. Pharmaceutical applications contribute to nearly 30 percent of the end-use market.
- The chromatography resins market expected to witness more growth due to a rise in the number of contract manufacturing organizations
- Asian markets like China and India are seeing continuous growth in pharmaceuticals. This is expected to have a positive effect on the chromatography resins market
- All major resin manufacturers have been involved in research and developmental activities to produce new and improved resin beads