Coating Resins Market Analysis 2026

Current Scenario of the Coating Resins Market

Key Factors affecting the Coating Resins Market

• The increase in the utilization of Liquid and Bio-Based Epoxy Resin to accelerate market growth-

Several coating resins are widely utilized in industrial coatings and electrodeposition (ED) coatings, especially in the transportation, maritime, and industrial maintenance industries. Additionally, epoxy resins are frequently utilized in powder coatings. Nowadays, liquid epoxy resin formulas with high and ultra-high solids are becoming increasingly common. For example, The EPICLON EXA-4850 Series is an innovative high-performance liquid epoxy resin that significantly enhances the hard, brittle characteristics of epoxy resins.
Source-https://www.dic-global.com/ap/products/epoxy/high_performance/lineup/exa4850.html 

Liquid epoxy resin is used to achieve 100% solid epoxy compositions used as tank linings, concrete surfaces, and other related applications. To enhance its properties and performance, phenoxy and novolac resins are frequently utilised. Waterborne epoxy resin technology is becoming more effective, which makes it favourable to utilize it more frequently. The significant use of metal coatings limited the amount of technology that could be accomplished.
Growing environmental and economic concerns, coupled with the unpredictability that comes with finite petrochemical resources, have led to a sharp increase in the development of bio-based polymer research and development in recent years. Producers are attempting to replace petroleum-based materials in polymers made from naturally occurring feedstocks in order to meet the industry need for environmentally friendly products and processes that support sustainable growth. Furthermore, it is highly desirable to create safer processes for producing polymers, including the use of safer additives and building blocks. Commercial epoxy resins are typically made from Novolac resins' diglycidyl ethers, cycloaliphatic epoxies, or DGEBA. For example, DIC offers a novolac phenol resin for epoxy resin curing agents called PHENOLITE. When compared to other epoxy resin curing agents, the cross-linking density of the cured material is higher and it exhibits superior heat, moisture, and chemical resistance when novolac phenol resin is utilized. 
(Source- https://www.dic-global.com/ap/products/epoxy/phenolite/ )

Renewable natural resources can now be used as the building blocks of polymers because of their affordability, environmental friendliness, and ease of epoxidization.
Thus, the increase in the utilization of Liquid and Bio-Based Epoxy Resin to accelerate market growth.

• High efficiency along with lower costs will fuel market growth- 

Producers of coating resins have been able to lower production costs because of advances in manufacturing technology. As a result, coating resins now have a greater cost-to-performance ratio. Typically, one coat is applied while applying powder coatings. Generally speaking, the coat is thicker than when using a solvent-based finish. Resins are used in powder coatings in a dry, powdered state without the usage of volatile organic solvents. For example, according to Allnex, a leading manufacturing company, It is possible to reuse overspray from powder coating applications, which minimizes waste and costs.
Since clean, dry compressed air serves as the coating's solvent and fluidization agent, volatile solvents are not needed. Solvents are removed from the entire process thus, no volatile organic compounds are released. Solvents need not be used during the cleaning process because compressed air can be used to clean the coating equipment. Since VOCs are eliminated, costly VOC destruction machinery (such as carbon adsorbers or incinerators) is not needed.
Thus, high efficiency along with lower costs will fuel market growth for coating resins.

• The advancement in technology will drive the coating resins market-

The development of dust coating technologies, such as thin-coating dust, Ultra Violet-cured dust specks, less-temperature cured dust specks, and dust specks that are typically resistant to clear coating materials that require significant heat, is propelling the market's expansion. For eample, Allenex has introduced an amorphous unsaturated polyester resin for use in UV curable powder coatings called UVECOAT® 2100.
Dust coating has become more popular on heat-fragile substrates due to advancements in curing processes, inventive applications, and powder coating elements with cutting edge technology. The biggest development in dust coatings is Medium Density Fibreboard, a blend of wood particles and bonding synthetic resin. Thus, the advancement in technology in coating resins production will increase the demand in the coating resins market.

• Increasing application in the automotive sector will contribute to the revenue share of the coatings resin market-

In addition to providing superior quality and strength, these coatings have superior mechanical qualities and can protect cars against scuffs, harsh weather, and material exposure. For example, A hydroxy functional acrylic called SYNOCURE 9299 BA 70 is intended to crosslink with polyisocyanates either at room temperature or by forced air drying.For all high performance industrial applications where high performance is required, SYNOCURE 9299 BA 70 is especially advised.
(Source-https://coatingresins.arkema.com/en/product-finders/product/f/acr_Industrial/p/synocure-9299-ba-70/ )

Inside vehicle coatings are applied on the car's exterior, flat surface. The demand for travel cars has been fueled by the growth in consumers' discretionary spending, especially in developing nations. Since these developing countries have cheap labor, pro-business laws, easy access to natural resources, and booming economies like China, India, Thailand, and Brazil, automakers are setting up assembly lines there. These manufacturers are gradually shifting to OEM coatings with low cost and superior performance. The interest in coating resins is sparked by the fact that car restoration also satisfies OEM need for coatings. For example, DAOTAN® TW 7061/35WA is offered by Allnex and is most adaptable PUD for use in automotive applications is XX. It offers exceptional stone chip resistance, exceptional humidity resistance, and excellent aluminum flake orientation in aqueous metallic basecoats.
Source- https://allnex.com/en/product/45982231-9ec9-449b-a45b-eae8bb418e8f/daotan-tw-7061-35wa 

Thus, the rising application in the automotive sector will lead to a consistent rise in demand for coating resins.

Restraining factors of the Coating Resins Market

• An increasing number of strict VOC regulations may impede growth-

Globally, resins are widely utilized in almost every type of end-use coating. However, as Volatile Organic Carbon (VOC) restrictions continue to drop, the use of alkyd resins is rapidly declining, especially in North America and Europe. For formulations that are water-based and include larger solids, the need has shifted to alternative resin types. The industry is seeing the introduction of new water-based alkyd systems, in part because to the growing demand for resins made with more sustainable resources. Solvent-based alkyds were the first to be made, but the overabundance of solvents in these coatings was harmful to both the environment and human health. Stricter VOC laws are putting a lot of pressure on the coatings sector to lower the VOC level of solvent-based coatings in order to comply with these rules. Due to their high volatile organic compound (VOC) content, solvent-based alkyd coatings have lost market share to rival technologies like water-borne, powder, and UV-curable coatings. Therefore, lowering their VOC levels is crucial to meeting the strict VOC requirements and maintaining outstanding efficiency in order to help these coatings regain their market dominance.

Opportunities for the Coatings and Resins Market

• The coatings business would see growth in sustainability-

Manufacturers of resin, pigments, additives, and final coating formulas have put more of an emphasis on creating environmentally friendly procedures that consume less energy and produce less waste and emissions. The most prosperous organizations created formal programs to raise awareness, stimulate innovation, and make it easier for sustainable operations to continue developing and getting better. In addition to being good for the environment, green manufacturing has a noticeable and substantial impact on profitability and productivity. Green chemistry emphasizes efficacy and hazard avoidance as a means of developing environmentally friendly processes. 
Hence, reducing energy consumption is a key goal because it is directly related to reducing carbon dioxide emissions.

• Improving the industry's total resource utilization would have a positive effect on the market- 

It is another top priority for many companies. Energy conservation is a top priority for many companies in the coating resins industry as they work to develop and implement more environmentally friendly manufacturing techniques. Producing greater value with fewer resources is crucial for producers of resins as well as coating suppliers. In terms of production, this entails utilizing more energy-efficient goods and raw materials in their processes. Thus, it would guarantee higher-quality energy, which would improve the fuel mix for energy-intensive processes and optimize the formulation to reduce the product's environmental impact.

Impact of COVID-19 on the Coating Resins Market 

The onset of the COVID-19 pandemic has hindered market expansion. The top manufacturers of industrial coatings are worried due to the rising number of coronavirus positive cases and the declining demand, despite the fact that production has resumed in numerous coating production facilities in an astounding manner. The nationwide pandemic and lockdown have severely disrupted the coatings market's entire supply chain and manufacturing process. Additionally, because a large percentage of workers have been forced to return to their hometowns due to the epidemic, businesses are experiencing a serious scarcity of both skilled and unskilled labor. The automotive, manufacturing, electronics, and white goods industries had reduced their demand for coatings because of the pandemic crisis. Although automobile sales have increased, several automakers believe that the economic downturn brought on by the epidemic will worsen the industry's circumstances. Both the general economic slowdown and the weakening sector would continue to have an impact on automotive coatings.
 

Our study will explain complete manufacturing process along with major raw materials required to manufacture end-product. This report helps to make effective decisions determining product position and will assist you to understand opportunities and threats around the globe.

The Global Coating Resins Market is witnessing significant growth in the near future.

In 2023, the Acrylic segment accounted for noticeable share of global Coating Resins Market and is projected to experience significant growth in the near future.

The Water-based segment is expected to expand at the significant CAGR retaining position throughout the forecast period.

Some of the key companies Allnex Belgium SA/Nv, BASF SE and others are focusing on its strategy building model to strengthen its product portfolio and expand its business in the global market.

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