The report "Chromatography Resin Market by
Type (Natural, Synthetic, Inorganic Media), Technique ((Ion Exchange (Cation
and Anion), Affinity (Hydrophobic Interaction, Mixed Mode)), Application
(Pharmaceutical & Biotechnology), and Region - Global Forecast to
2030", chromatography resin market size was USD 3.02 billion in
2024 and is projected to reach USD 4.94 billion by 2030, at a CAGR of
8.6%, between 2025 and 2030. The report provides access to critical information
such as chromatography
resin market growth drivers, market growth restraints, current market
trends, the market's economic and financial structure, and other key market
details.

Browse in-depth TOC on "Chromatography Resin
Market"

150 - Tables

63 - Figures

200 - Pages

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The use of chromatography resins is becoming popular due to
their critical importance in the separation and purification of different
industries, with biopharmaceuticals being the key industry. There is a growing
need for high-purity biologics and stringent regulatory measures, and with
this, manufacturers are turning towards sophisticated chromatography methods to
produce products of good quality and safety. Since the pharmaceutical industry
continues to grow and also aims at monoclonal antibodies, vaccines, and
biosimilars, dependence on high-performance resins has escalated. The
purification is performed accurately using these resins, and the process
becomes efficient, and production time is minimized, which is significant in
large-scale production. Rising investment in R&D and urging change toward
continuous processing are also contributing to the demand for specialized and
customized chromatography resins. Food testing, environmental monitoring, and
academic research are also on the increase in the global market, enhancing the
market. To satisfy changing requirements, companies are innovating products
that offer resins with a greater degree of selectivity, binding capacities, and
reusability. As bioprocessing and personalized medicine continue to grow, the
market for chromatography resins is projected to strengthen and grow steadily
in the forecast period.

The synthetic resin type accounted for the second-largest
share in terms of value, of the global chromatography resin market, in 2024.

Synthetic resins accounted for the second-highest share of
the chromatography resin market in 2024, due to its high mechanical strength,
chemical stability, and capability to work in harsh conditions. These resins
are employed at an industrial scale, particularly in the pharmaceutical and
biotechnology industries, and their stability and extended service life have
ensured uniform performance in the field as opposed to the natural resins. They
have specific binding properties on their surface, which can be selected,
enabling better separation of complex purification products like monoclonal
antibodies and recombinant proteins. Also, synthetic resins have a wide solvent
compatibility (and pH) profile, a factor that makes them useful in most
chromatography methods. As there is an increasing need for effective and
scalable purification technology, the usage of synthetic resins is likely to
continue at a steady pace throughout the forecast period.

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Food & beverage was the second-largest segment of the
chromatography resin market, in terms of value, in 2024.

The food & beverage application accounted for the
second-largest share of the chromatography resin market due to the increasing
product quality, safety, and regulatory independence. Chromatography resins are
used in the determination and quantification of contaminants, pesticide product
residues, preservatives, toxins, and other trace-level impurities that may
influence the health of the consumer. As world food trade has grown and more
focus on food safety has been offered by food safety regulatory bodies such as
the FDA and EFSA, food manufacturers are increasingly taking the help of
sophisticated chromatographic methods to comply with international food safety
regulations. The use of these resins is also important in the study of
nutritional value, flavoring compounds, coloring, and sweeteners, so the
consistency of the products and their authenticity can be examined. Moreover,
the growth in the processed food & beverages packaged industry and the
nutraceutical industry has raised the demand for effective and efficient
quality control instruments. Demand in the food & beverage industry is
expected to continue increasing in the future as consumer awareness of food
safety keeps increasing.

Europe was the third-largest region in the global
chromatography resin market in terms of value, in 2024.

Europe holds the third largest share in the
chromatography resin market because it has advanced pharmaceutical,
biotechnology, and food industries, along with a well-established research
infrastructure. The region features many leading biopharma companies and
contract manufacturing organizations (CMOs) that heavily rely on chromatography
as a key process for purifying biologics, monoclonal antibodies, and vaccines.
Additionally, strict regulations from the European Medicines Agency (EMA) and
other regional authorities require the use of advanced analytical methods,
which drives the increasing demand for chromatography resins. Europe also
emphasizes food safety, environmental monitoring, and uses chromatography
primarily to detect contaminants and ensure quality. The development of
chromatographic technologies is supported by funding from academic research
centers and government-sponsored projects. Although North America and Asia-Pacific hold
larger shares of the chromatography resin market in terms of volume and
growth, Europe is a mature market focused on quality and regulatory
compliance, solidifying its position in the global chromatography resin market.

Chromatography
Resin Companies

The key players profiled in the report include Bio-Rad
Laboratories, Inc. (US), Merck KgaA (Germany), Danaher Corporation (US), Tosoh
Corporation (Japan), Sartorius Stedim Biotech S.A. (France), Bio-Works
Technologies AB (Sweden), Avantor, Inc. (US), Purolite (US), Repligen
Corporation (US), Mitsubishi Chemical Group Corporation (Japan), and Thermo
Fisher Scientific Inc. (US), among others.

BASF, established in 1865, is a leading global chemical
company headquartered in Ludwigshafen, Germany. The company operates in over 93
countries and has 234 production sites globally, spanning Europe, North
America, South America, Asia Pacific, Africa, and the Middle East. BASF’s
business portfolio comprises seven distinct segments: Chemicals, Industrial
Solutions, Materials, Surface Technologies, Nutrition & Care, Agricultural
Solutions, and Other. The Materials segment is divided into two subdivisions: Performance
Materials and Monomers. Cast elastomers are produced under the Performance
Materials division, which focuses on delivering innovative, customized
solutions across engineering plastics, polyurethanes, and thermoplastic
polyurethanes.

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Dow, headquartered in Michigan, US, is a global leader in
materials science, delivering a broad range of products and solutions to
markets such as packaging, infrastructure, mobility, and consumer care. Dow
operates through three primary segments: Performance Materials & Coatings,
Industrial Intermediates & Infrastructure, and Packaging & Specialty
Plastics. These segments cater to diverse industries with innovative products
and technologies that meet evolving customer needs and support sustainability.
The Performance Materials & Coatings segment focuses on materials that
enhance product performance in applications like coatings, silicones, and
personal care.