Vertical: CNMBase Year: 2025
Market Size (2025)
$579.49M
Projected (2032)
$821.96M
CAGR (2022–2032)
5.8%
Key Players
10+
Market Overview
The Global Furan Resin Market was valued at USD 579.49 million in 2025 and is projected to reach USD 821.96 million by 2032, expanding at a CAGR of 5.00% during 2026–2032. Over the forecast horizon the market is expected to add USD 242.48 million in absolute value, up from USD 468.25 million in 2022. Furan resins, produced mainly by the acid-catalysed polycondensation of furfuryl alcohol (itself derived from furfural obtained from agricultural residues such as corncobs and sugarcane bagasse), are thermosetting binders valued for their high thermal stability, chemical inertness against acids, alkalis and solvents, low smoke generation and partly bio-based origin.
Demand is anchored in the metal casting industry, where furan no-bake binders are the dominant chemistry for large and medium-size iron, steel and non-ferrous castings produced in sand moulds. A second, faster-growing pool of demand comes from corrosion-resistant materials, including furan mortars, grouts, cements, coatings and fibre-reinforced composites used in chemical processing, metal pickling, pulp and paper, power and wastewater infrastructure. Smaller niche uses, including refractories, abrasives, carbon materials and wood modification, are captured within the Others category.
Key Findings
Largest application: Foundry Binders accounted for 70.0% of global revenue in 2025 (USD 405.64 million) and is forecast to reach USD 560.99 million by 2032.
Fastest-growing application: Corrosion-Resistant Materials is projected to register the highest CAGR of 5.92% during 2026–2032, rising from USD 115.90 million in 2025 to USD 174.75 million in 2032.
Largest physical form: Liquid furan resins held 90.0% of the market in 2025 (USD 521.54 million).
Fastest-growing physical form: the Others category is expected to grow at a CAGR of 6.02%, reaching USD 87.95 million by 2032.
Leading region: Asia Pacific was the largest regional market in 2025 with USD 336.10 million, equal to 58.0% of global revenue, and is forecast to reach USD 496.59 million by 2032 at a CAGR of 5.61%.
Fastest-growing region: Middle East & Africa is expected to post the highest regional CAGR of 6.18%, growing from USD 17.38 million in 2025 to USD 26.67 million in 2032.
Leading country: China was the largest country market in 2025 at USD 201.66 million and is projected to reach USD 286.13 million by 2032 (CAGR 5.00%).
Fastest-growing country: India is forecast to record the highest country-level CAGR of 8.31%, expanding from USD 50.42 million in 2025 to USD 89.09 million in 2032.
Segmentation Summary
The market is segmented by application into Foundry Binders, Corrosion-Resistant Materials and Others; by physical form into Liquid and Others; and by region into North America, Europe, Asia Pacific, Latin America and Middle East & Africa, with 20 country and sub-regional markets. Foundry Binders remain the structural core of demand, but their share is projected to ease gradually as corrosion-resistant and specialty uses grow faster. Liquid resins dominate because foundry and mortar systems are mixed and cured as liquids at ambient temperature; the Others form category, which includes powders, solid and modified grades, is smaller but growing faster as composite, refractory and specialty uses expand.
Competitive Landscape Summary
The market is moderately consolidated in foundry binders and fragmented in corrosion-resistant and specialty applications. Jinan Shengquan Group, the Hüttenes-Albertus (HA) Group and ASK Chemicals lead the market, combining large furan resin capacity, global or national technical-service networks and broad binder portfolios. Kao Corporation (through Kao-Quaker), Suzhou Xingye Materials Technology and Asahi Yukizai are strong challengers with regional strength in Asia. Cavenaghi, TransFurans Chemicals, Penn A Kem and Sauereisen compete in niches such as regional foundry supply, bio-based furfuryl alcohol and polyfurfuryl alcohol resins, and corrosion-resistant mortars. Competition is increasingly based on low-emission formulations, 3D printing binders, backward integration into furfuryl alcohol, and capacity expansion in Asia and Mexico.
Challenges and Opportunities
The principal challenges facing the market are raw-material volatility and occupational-health scrutiny. Furfuryl alcohol supply is concentrated in China and depends on the seasonal availability of corncobs and other agricultural residues, so plant shutdowns, environmental inspections or poor harvests can transmit sharp price swings to resin producers and foundries. Regulatory attention on furfuryl alcohol and on free formaldehyde in binder formulations is pushing producers toward low-emission, low-free-monomer grades, which raises formulation costs. In mature foundry markets, the shift of automotive castings toward inorganic binders for aluminium cores and the decline of internal-combustion engine components restrain volume growth.
Opportunities lie in large castings for wind turbines, energy, mining and heavy machinery, which are produced predominantly in furan no-bake moulds; in binder-jetting 3D sand printing, where furan binders are the most widely used chemistry; and in corrosion-resistant linings, mortars and fire-resistant composites for chemical processing, battery-materials, semiconductor and water-treatment infrastructure. Because furfuryl alcohol is derived from renewable biomass, furan resins also stand to benefit from the decarbonisation agenda of customers seeking bio-based alternatives to petroleum-derived phenolic and epoxy systems.
Future Outlook
The market is expected to grow steadily through 2032, from USD 579.49 million in 2025 to USD 821.96 million, at a CAGR of 5.00%. Asia Pacific will add the largest absolute increment, with regional revenue rising by USD 160.49 million between 2025 and 2032, supported by castings capacity in China and India. Growth will be increasingly value-driven, as foundries adopt low-nitrogen, low-sulphur and low-free-formaldehyde grades, sand-reclamation-friendly formulations and printing-grade binders, while corrosion-resistant applications widen their share of the total. Suppliers that combine secure furfuryl alcohol supply, regional technical service and a credible sustainability proposition are best placed to capture this growth.
The Furan Resin Market market is projected to grow at a CAGR of 5.8% from 2022 to 2032.
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View Subscription PlansDefinition
Furan resins are thermosetting polymers based on the furan ring, produced chiefly through the acid-catalysed self-condensation of furfuryl alcohol (FA), or its co-condensation with formaldehyde, urea, phenol or other modifiers. Furfuryl alcohol is obtained by the hydrogenation of furfural, which is in turn produced by the acid hydrolysis and dehydration of pentosan-rich biomass such as corncobs, oat hulls and sugarcane bagasse. In use, the resins are cured at ambient or elevated temperature with acid catalysts (for example p-toluene sulphonic, xylene sulphonic or phosphoric acid) to form a highly cross-linked network that offers high heat resistance, resistance to non-oxidising acids, alkalis and organic solvents, high char yield and low smoke and toxic gas emission on burning.
Included in the scope: furfuryl alcohol-based and furan-modified resins sold as binders for foundry sand moulds and cores (furan no-bake, hot-box/warm-box and 3D sand printing binders), as resins for corrosion-resistant mortars, grouts, cements, coatings, linings and fibre-reinforced composites, and as resins for other uses such as refractories, abrasives, carbon and graphite products, and wood modification. Both liquid resins and other physical forms (powder, solid and modified grades) are included. Market value is measured at the resin level, in USD million, at manufacturer selling prices.
Excluded from the scope: furfural and furfuryl alcohol sold as chemicals or solvents and not converted into resin; acid catalysts and hardeners sold separately; phenolic, alkyd, polyurethane cold-box, ester-cured alkaline phenolic and inorganic foundry binders that do not contain furan resin; downstream finished articles such as castings, acid-resistant bricks or composite parts, whose value is not counted beyond the furan resin they contain.
Scope of the Study
The study covers the global furan resin market for the historic period 2022–2024, the base year 2025 and the forecast period 2026–2032. All market values are expressed in USD million, and growth rates are expressed as the compound annual growth rate (CAGR) for 2026–2032. The market is analysed across the following segmentations:
By Application: Foundry Binders; Corrosion-Resistant Materials; Others.
By Physical Form: Liquid; Others.
By Region: North America (U.S., Canada, Mexico); Europe (Germany, U.K., France, Italy, Spain, Rest of Europe); Asia Pacific (China, India, Japan, Rest of Asia Pacific); Latin America (Brazil, Argentina, Rest of Latin America); Middle East & Africa (UAE, Saudi Arabia, South Africa, Rest of MEA).
Research Objectives
To estimate and forecast the size of the global furan resin market in value terms (USD million) for 2022–2032.
To analyse the market by application (Foundry Binders, Corrosion-Resistant Materials and Others) and by physical form (Liquid and Others), identifying the largest and fastest-growing segments.
To assess regional and country-level demand across North America, Europe, Asia Pacific, Latin America and Middle East & Africa, and the link between furan resin consumption and castings, chemical-processing and infrastructure activity.
To evaluate the drivers, restraints, opportunities, trends and challenges shaping the market, including furfuryl alcohol supply, foundry technology shifts and emission regulations.
To examine the value chain from agricultural residues and furfural through resin manufacturing and distribution to foundries and corrosion-protection contractors.
To review the regulatory landscape governing furfuryl alcohol, formaldehyde and foundry emissions in major regions.
To profile the leading furan resin producers and binder suppliers, their product portfolios, recent developments and strategies.
To identify investment opportunities in low-emission binders, 3D sand printing binders and bio-based corrosion-resistant systems.
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View Subscription PlansOverview of the Research Process
The study followed a structured, multi-stage research process. It began with the definition of the market and its segmentation, followed by an extensive secondary research phase to build an understanding of furan resin chemistry, end-use industries, production capacity and trade flows. Findings were then validated and refined through primary interviews with participants across the value chain. Market size was estimated using complementary top-down and bottom-up approaches and reconciled through data triangulation, after which the forecast was built from a set of demand drivers and constraints for each segment, region and country. A final round of quality checks ensured internal consistency between segment, regional and country totals.
Stage 1 – Scoping: market definition, inclusions and exclusions, segmentation and timeline.
Stage 2 – Secondary research: collection and analysis of published industry, regulatory, trade and company information.
Stage 3 – Primary research: interviews with supply-side and demand-side participants to validate assumptions and data points.
Stage 4 – Market estimation: top-down and bottom-up sizing, followed by triangulation.
Stage 5 – Forecasting and validation: driver-based forecasting, scenario checks and consistency review.
Secondary Research
Secondary research drew on sources relevant to the furan resin, furfural and foundry industries:
Industry associations: foundry and castings associations such as the American Foundry Society, the European Foundry Association (CAEF), the Bundesverband der Deutschen Gießerei-Industrie, the China Foundry Association and the Institute of Indian Foundrymen, as well as chemical industry federations and corrosion-engineering bodies.
Government and regulatory bodies: environmental, occupational-safety and chemicals agencies, including the U.S. Environmental Protection Agency, OSHA and NIOSH, the European Chemicals Agency and European Commission, and national statistics offices that publish production, trade and industrial output data.
Company filings: annual reports, investor presentations, sustainability reports, product data sheets and press releases of furan resin producers, furfuryl alcohol suppliers, foundry chemical companies and corrosion-protection material manufacturers.
Trade journals and technical literature: foundry and casting trade magazines, composites and corrosion-engineering journals, patent databases and peer-reviewed literature on furan chemistry, binder emissions and sand reclamation.
Paid databases and trade statistics: customs and international trade databases for furfuryl alcohol and resin trade codes, company financial databases and industrial production indices.
Primary Research
Primary research was used to validate secondary findings, fill information gaps and test forecast assumptions. Interviews were conducted by telephone, video conference and e-mail using structured and semi-structured questionnaires.
Supply-side respondents: executives, product managers and technical-service specialists at furan resin and foundry binder producers, furfural and furfuryl alcohol manufacturers, distributors and corrosion-resistant material formulators.
Demand-side respondents: foundry owners, process and metallurgical engineers, procurement managers at ferrous and non-ferrous foundries, 3D sand printing service bureaus, corrosion-protection contractors and engineers in chemical processing, steel and utilities.
Objectives: to validate market size and segment splits, understand pricing and binder addition rates, assess technology substitution (inorganic, phenolic and urethane binders), gauge regional demand trends, and capture the competitive positioning of suppliers.
Market Size Estimation
Top-down approach: the global market was estimated from the overall consumption of furfuryl alcohol and its allocation to resin production, combined with average resin selling prices. Regional and country totals were derived using castings production, chemical industry output and corrosion-protection spending as allocation keys, and then split into application and physical-form segments.
Bottom-up approach: demand was built up from end-use volumes, for example the tonnage of castings produced by the no-bake process, multiplied by typical binder addition rates and the furan share of no-bake binder consumption, and the area of acid-resistant linings and volume of furan mortars and composites installed. Volumes were converted to value using regional price points.
Data triangulation: the results of both approaches were compared with company revenue analysis and primary-interview inputs. Differences were reconciled by adjusting allocation keys and price assumptions until segment, regional and country estimates converged on a consistent market total.
Forecasting Methodology
The forecast combines historical trend analysis with a driver-based model. Factors considered include castings production outlooks by region and metal type; growth in wind energy, mining, heavy machinery, rail and infrastructure castings; the share of furan in no-bake binder consumption and substitution by alternative binders; capital spending in chemical processing, steel pickling, pulp and paper and water treatment; furfuryl alcohol price and supply outlook; regulatory changes on emissions and occupational exposure; and macroeconomic indicators such as GDP, industrial production and inflation. Segment-level growth rates were applied year by year and checked for consistency with regional and global totals.
Assumptions and Limitations
Market values are expressed in nominal USD at manufacturer selling prices; exchange-rate movements are assumed to remain within historical ranges.
No major disruption to furfural and furfuryl alcohol supply from China is assumed beyond normal seasonal and regulatory variation.
Global castings production is assumed to grow broadly in line with industrial production, with the transition to electric vehicles reducing some engine-related casting demand but not reversing the long-term trend in large castings.
Existing regulations on furfuryl alcohol, formaldehyde and foundry emissions are assumed to remain in force and to tighten gradually rather than abruptly.
Limited public disclosure by privately held producers and the integration of furan resin revenue within broader foundry-chemical portfolios mean that some estimates rely on modelling and primary validation.
Rest-of-region figures aggregate several countries and therefore mask variation among individual markets.
Base Year
2025
Historical Period
2022 – 2024
Forecast Period
2026 – 2032
Primary Interviews
150+
Historical data (2022–2025) and forecast period (2025–2032)
Our research process spans primary interviews with industry stakeholders combined with comprehensive secondary data analysis, validated through triangulation across multiple independent sources.
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View Subscription PlansIntroduction
The global furan resin market is moderately consolidated in its largest application, foundry binders, and fragmented in corrosion-resistant and specialty applications. In foundry binders, a small group of global foundry-chemical companies competes with large Chinese producers that benefit from integrated access to furfuryl alcohol and a vast domestic castings industry. These suppliers compete on resin performance (strength, reactivity, nitrogen and sulphur content, free monomer levels), on the technical service they provide to foundries, on the breadth of their portfolio (curing agents, coatings, feeders and filters), and on price. In corrosion-resistant materials, competition is more specification-driven: formulators of mortars, grouts, linings and composites compete on chemical-resistance performance, approvals and installation support, often sourcing furan resins or furfuryl alcohol from upstream producers.
Key competitive themes include backward integration into furfural and furfuryl alcohol to secure supply and cost, development of low-emission and low-hazard furan grades, binders for 3D sand printing, and capacity investment in high-growth markets such as China, India, Southeast Asia, Mexico and Türkiye. Several leading suppliers have also streamlined their portfolios around core foundry chemicals.
Key Player Positioning
Based on scale, portfolio breadth, geographic reach and furan-specific capability, the companies profiled in this report fall into three groups:
Leaders: Jinan Shengquan Group, HA Group and ASK Chemicals. They have large furan binder volumes, broad portfolios, and either global footprints (HA Group and ASK Chemicals) or a dominant domestic position with integrated raw-material supply (Shengquan).
Challengers: Kao Corporation (Kao-Quaker), Suzhou Xingye Materials Technology and Asahi Yukizai. Each has a strong position in Asia, an established furan binder offering and growing activity in China, India and Southeast Asia.
Niche players: Cavenaghi, TransFurans Chemicals, Penn A Kem and Sauereisen. They focus on regional foundry supply, bio-based furfuryl alcohol and polyfurfuryl alcohol resins, or corrosion-resistant furan mortars and grouts.
Jinan Shengquan Group Share-Holding Co., Ltd.
Overview: Founded in 1979 and headquartered in Zhangqiu, Jinan, Shandong Province, Shengquan Group has been listed on the Shanghai Stock Exchange main board since August 2021. It describes furan resin as its flagship product, with capacity of more than 150,000 tonnes per year, among the largest in the world. It also has phenolic resin, biomass refining, electronic chemicals, battery materials and pharmaceutical businesses.
Latest reported revenue: Revenue of CNY 10.936 billion in FY2025 (year ended 31 December 2025), up 9.14% year on year.
Relevant products: Foundry furan resins for no-bake moulding, 3D-printing resins and a warm-box inorganic binder, together with phenolic foundry resins. The company sold 212,900 tonnes of foundry resin in 2025.
Strategy: Shengquan treats furan and phenolic foundry resins as its cash-generating core. It is integrating backward into furfural and furfuryl alcohol through its own straw-biomass refining and reinvesting in electronic resins and battery carbon materials.
Hüttenes-Albertus Chemische Werke GmbH (HA Group)
Overview: HA Group is a family-owned foundry chemicals group headquartered in Düsseldorf. It traces its roots to Albertuswerke, founded in 1905, and took its current form in 1970. It has about 1,800 employees at 30 locations in more than 30 countries. HA-International LLC, its North American arm, has been wholly owned since 2016, and the group holds a majority stake in Gargi HA in India.
Latest reported revenue: Group revenue of EUR 834.6 million in FY2022 (calendar year), the most recent figure published in its consolidated accounts.
Relevant products: Furan no-bake resins, including nitrogen-free, fast-curing and low-sulphur grades. HA developed some of the first cold-curing furan resins after the Second World War. It also supplies phenolic, cold-box and inorganic binders, coatings and feeders.
Strategy: HA positions itself as a full-line foundry chemicals supplier with strong technical service. It grows through acquisitions, joint ventures and local partners in the Americas, Europe, India and ASEAN, and is investing in Asian capacity, low-emission binders and 3D printing.
ASK Chemicals GmbH
Overview: ASK Chemicals is headquartered in Hilden, near Düsseldorf. It was formed in 2011 by combining the foundry businesses of Ashland and Süd-Chemie, and was acquired by funds affiliated with Rhône in 2014. It has about 1,600 employees and sells in more than 70 countries.
Latest reported revenue: Reported revenue of EUR 590.7 million in FY2025 (calendar year, unaudited), compared with EUR 703.1 million in FY2024.
Relevant products: The ASKURAN range of furan no-bake binders (including the furan-resol grade ASKURAN 925) and the MAGNASET range of resins with low free furfuryl alcohol (including MAGNASET Gen 2). It also supplies cold-box, inorganic (INOTEC) and alkaline phenolic binders, coatings, feeders and filters.
Strategy: ASK is concentrating on binders, foundry materials and industrial resins, and has divested non-core units since 2024. It is pursuing cost reduction and price pass-through. Its furan R&D targets resins with low free furfuryl alcohol that avoid hazard labelling.
Kao Corporation (Kao-Quaker Co., Ltd.)
Overview: Kao was founded in 1887 and is headquartered in Tokyo. Its foundry business is run by Kao-Quaker Co., Ltd., established in 1974 as a joint venture with Quaker Oats and wholly owned by Kao since 1997. Plants are located in Wakayama and Toyohashi (Japan), Bangkok (Thailand), and Shanghai and Huludao (China).
Latest reported revenue: Group consolidated net sales of JPY 1,688.6 billion in FY2025 (year ended 31 December 2025). Foundry sales are not reported separately.
Relevant products: KAO LIGHTNER furan no-bake binders made from furfuryl alcohol derived from non-edible biomass, including the EF-1132 fast-hardening low-sulphur grade and the EF-5100/5300/5500, C and TK series. Kao-Quaker also sells furan curing agents, the KAO STEP alkaline phenolic binder and FURANCLEAN coatings.
Strategy: Kao-Quaker positions itself as a "total solution partner" for casting quality. It is extending sales from its Thai and Chinese bases into Southeast Asia, China, Taiwan and India, and emphasises biomass-based, low-sulphur products.
Suzhou Xingye Materials Technology Co., Ltd.
Overview: Suzhou Xingye is listed on the Shanghai Stock Exchange (603928) and headquartered in the Suzhou High-tech Zone, Jiangsu. It operates through subsidiaries in Suzhou, Nantong, Ningxia and Taizhou. Its designed capacity is 180,000 tonnes per year of synthetic resin, 24,000 tonnes per year of foundry coatings and 43,000 tonnes per year of sulphonic acid curing agent.
Latest reported revenue: Revenue of CNY 1,595.3 million in FY2025 (year ended 31 December 2025), compared with CNY 1,484.0 million in FY2024.
Relevant products: Self-hardening (no-bake) furan resins (XY series), a bio-based furan resin launched in 2024 and a furan resin for 3D sand printing. It also sells cold-box resins, sulphonic acid curing agents, coatings, filters and risers.
Strategy: Xingye is a dedicated foundry consumables supplier that sells resin, curing agent and coatings as a package. It is consolidating capacity into upgraded and new sites, adding bio-based and 3D-printing furan grades, and testing electronic-grade phenolic resins.
Asahi Yukizai Corporation
Overview: Asahi Yukizai was founded in 1945 in Nobeoka, Miyazaki, and is listed on the Prime Market of the Tokyo Stock Exchange. It operates three segments: Valve & Piping Systems, Resin, and Water Treatment. Its foundry-materials subsidiaries include Asahi Modi Materials in India (a joint venture with Modi Rubber) and Asahi Yukizai Mexico.
Latest reported revenue: Consolidated net sales of JPY 80,081 million in the fiscal year ended March 2026, including Resin segment sales of about JPY 23.0 billion.
Relevant products: The AV Lite HP series of acid-hardening self-setting binders, which includes furan and phenol-furan grades for aluminium, iron and steel castings. It also supplies shell-moulding resins, resin-coated sand and cold-box resins.
Strategy: In foundry materials, Asahi Yukizai is pursuing growth in India and China through resin-coated sand and shell resins and focusing on high-value-added products. Most of its growth capital is going to piping and semiconductor materials.
Cavenaghi S.p.A.
Overview: Founded in 1959 and based in Lainate, near Milan, Cavenaghi is a family-controlled producer of foundry binders, industrial resins and organic sulphonic acids. It runs an integrated production site with resin and sulphonation plants and was a pioneer of furan no-bake systems in Italy.
Latest reported revenue: Revenue of EUR 36.3 million in FY2024, according to statutory filings.
Relevant products: Furan and phenol-furan no-bake binder systems, together with sulphonic acid hardeners produced in-house. It also offers acid-cured phenolic (Corofen), ester-cured and inorganic binders, and holds a patent on low-formaldehyde furan foundry binders.
Strategy: Cavenaghi is a niche, integrated resin-and-hardener supplier focused on Italian and European foundries, using in-house sulphonation to offer complete binder systems.
TransFurans Chemicals (TFC)
Overview: TransFurans Chemicals operates a furfuryl alcohol plant in Geel, Belgium, which has produced furfuryl alcohol since 1972. It is owned by Central Romana Corporation of the Dominican Republic, which runs the world's largest furfural plant using sugarcane bagasse. Sales are handled by its sister company, International Furan Chemicals (IFC).
Latest reported revenue: Turnover of EUR 15.07 million in FY2025 (statutory accounts). Sales are largely handled through its sister company IFC, and group revenue is not publicly disclosed.
Relevant products: Furfuryl alcohol, the main raw material for furan binders, together with polyfurfuryl alcohol (PFA) resins, Biorez and Biocarb furanic resins, water-soluble furan resins for glass fibre, and furan-derived solvents.
Strategy: TFC is vertically integrated from bagasse-based furfural to furfuryl alcohol and PFA resins. It aims to grow bio-based resins for laminates and composites while remaining a key furfuryl alcohol supplier to foundry resin producers.
Penn A Kem LLC
Overview: Penn A Kem is based in Memphis, Tennessee, and was founded in 1999. It produces furfuryl alcohol, furan and furfurylamine and forms part of the green chemistry activities of the Minafin Group.
Latest reported revenue: Not publicly disclosed (privately held).
Relevant products: QuaCorr furfuryl alcohol homopolymer furan resins, used in corrosion- and flame-resistant FRP, FRP repair, adhesives, sand-casting binders and corrosion- or heat-resistant coatings, together with furan-based solvents.
Strategy: Penn A Kem combines its U.S. production base with distribution through ChemPoint and emphasises the bio-based origin of its furan chemistry for corrosion-resistant and specialty applications.
Sauereisen Inc.
Overview: Founded in 1899 and headquartered in Pittsburgh, Pennsylvania, Sauereisen is a family-owned manufacturer of corrosion-resistant construction materials, ceramic adhesives and cements.
Latest reported revenue: Not publicly disclosed (privately held).
Relevant products: Furan Resin Mortar/Grout No. 21 and the carbon-filled No. 21C, used for chemical-resistant brick and tile linings. They resist acids (including hydrofluoric acid), alkalis and most solvents at temperatures up to 350°F.
Strategy: Sauereisen pursues a niche, specification-driven strategy in acid-brick, lining and grout systems for chemical, pulp and paper, food and dairy, and wastewater facilities.
Competitor Dashboard
The dashboard below rates each profiled company on four qualitative dimensions: breadth of furan-related product portfolio, regional presence, strategic alliances, and industry experience.
Threat of New Entrants – Low
Formulation know-how, application-specific technical service and long qualification cycles at foundries create strong barriers.
Secure access to furfuryl alcohol at competitive cost is difficult without integration or long-term contracts.
Established suppliers benefit from embedded relationships, global service networks and patented low-emission grades.
Bargaining Power of Suppliers – High
Furfuryl alcohol supply is concentrated in a limited number of producers, mainly in China.
Furfuryl alcohol is the largest cost component of furan resin, and its price is volatile.
Few economically viable substitutes exist for furfuryl alcohol in furan chemistry.
Bargaining Power of Buyers – Medium
Large foundry groups and corrosion-protection contractors negotiate volume pricing and can dual-source.
Switching binder systems requires process re-qualification, which limits buyer leverage in the short term.
Small and medium foundries, which account for a large share of demand, have limited bargaining power.
Threat of Substitutes – Medium
Phenolic urethane, alkaline phenolic, sodium silicate and inorganic binders compete in many foundry applications.
Epoxy, vinyl ester and silicate systems compete in corrosion-resistant applications.
Furan retains advantages in hot strength, reclaimability, chemical resistance and bio-based content.
Intensity of Competitive Rivalry – High
Global foundry-chemical companies compete with large Chinese and other regional producers on price and service.
Commodity grades face strong price competition, particularly in Asia.
Competition is shifting toward low-emission, high-performance and printing-grade products.
Threat of New Entrants: Low; Technical know-how, qualification cycles and raw-material access.
Bargaining Power of Suppliers: High; Concentrated, volatile furfuryl alcohol supply.
Bargaining Power of Buyers: Medium; Large foundry groups negotiate, but switching costs are significant.
Threat of Substitutes: Medium; Alternative organic and inorganic binders; epoxy and vinyl ester in corrosion uses.
Competitive Rivalry: High; Global and regional producers compete on price, service and emissions performance.
Market estimates by geography (2032)
InsightAsia Pacific leads with $496.59M by 2032, while Middle East & Africa is projected to grow fastest at a 6.9% CAGR.
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View Subscription Plans| REGION | 2022 | 2025 | 2032 | CAGR | SHARE |
|---|---|---|---|---|---|
| North America | $72.35M | $95.30M | $114.66M | 4.7% | 14% |
| Europe | $97.16M | $126.42M | $150.01M | 4.4% | 18% |
| Asia Pacific | $266.25M | $380.48M | $496.59M | 6.4% | 60% |
| Latin America | $18.87M | $26.19M | $34.03M | 6.1% | 4% |
| Middle East & Africa | $13.63M | $19.90M | $26.67M | 6.9% | 3% |
| Total | $468.25M | $648.29M | $821.96M | 5.8% | 100% |
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View Subscription PlansTotal Market Size
$821.96M
| APPLICATION | REVENUE ($B) | GROWTH RATE | MARKET PENETRATION |
|---|---|---|---|
| Foundry Binders | $560.99M | 5.4% | 68% |
| Corrosion-Resistant Materials | $174.75M | 6.7% | 21% |
| Others | $86.22M | 6.5% | 10% |
* Revenue projections based on 2025 estimates. Growth rates represent CAGR 2024–2030. Market penetration indicates current adoption rate within addressable market segments.
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Analytical insights on Furan Resin Market covering market dynamics, competitive landscape, and strategic outlook.
The Furan Resin Market market is projected to reach $821.96M by 2032, growing at 5.8% CAGR. The Foundry Binders segment holds the largest share.
The furan resin market sits at the intersection of the metal casting industry, the chemical-processing and corrosion-protection sector and the bio-based chemicals value chain. Its growth is shaped by castings output and foundry technology choices, by capital spending on acid-resistant infrastructure, by the availability and price of furfuryl alcohol, and by regulation of workplace exposure and emissions. This chapter evaluates the macro and micro factors influencing the market, followed by its drivers, restraints, opportunities, key trends and challenges. The impact scores in the growth factor analysis below are analyst assessments, rated on a scale of 1 (very low impact) to 10 (very high impact) for three periods within the forecast horizon.
Sustained Demand for Large Ferrous Castings in Energy, Mining and Heavy Machinery
Furan no-bake (FNB) moulding is the preferred process for medium and large castings that are too heavy or complex for green-sand lines, including wind-turbine hubs, bedplates and main frames, pump and valve bodies, compressor housings, mill liners, crusher components, machine-tool beds and rail components. FNB moulds offer high dimensional accuracy, good hot strength and a long strip time, and the sand can be mechanically reclaimed at high rates, which keeps operating costs competitive. Global capital spending on renewable power, grid equipment, mining capacity for energy-transition metals and industrial machinery therefore translates directly into binder consumption. Wind energy is a particularly important end market: national programmes such as the European Union's renewable energy targets and China's and India's capacity-addition plans continue to support turbine installations, even as federal policy support for wind in the United States has become less certain, and each multi-megawatt turbine contains several tonnes of ductile iron castings typically produced in furan-bonded moulds. As turbine ratings rise, castings become larger and heavier, increasing sand and binder volumes per unit.
Expansion of Foundry Capacity in Asia Pacific
Asia Pacific hosts the majority of the world's foundry output, with China and India the two largest castings producers globally. Chinese foundries have been consolidating and upgrading under environmental-compliance programmes, replacing small clay-sand operations with larger, mechanised plants that use resin-bonded sand and reclamation systems. In India, government programmes that promote domestic manufacturing, railway modernisation, defence production and infrastructure investment are encouraging foundry clusters in Coimbatore, Rajkot, Kolhapur, Belagavi and elsewhere to invest in no-bake lines to meet export-quality requirements. Southeast Asian countries such as Vietnam, Thailand and Indonesia are also attracting machinery and component production as supply chains diversify. These trends increase the installed base of furan no-bake moulding and support resin demand growth well above that of mature markets, which is reflected in Asia Pacific's above-average forecast CAGR and in India's position as the fastest-growing country market.
Growing Use of Corrosion-Resistant Furan Systems in Process Industries
Furan resins offer outstanding resistance to non-oxidising acids, alkalis, salts and many organic solvents, and are therefore used in acid-resistant brick and tile mortars, chemical-resistant grouts, floor toppings, tank linings and fibre-reinforced plastic (FRP) equipment. Steel pickling lines, fertiliser and phosphoric acid plants, chlor-alkali, pulp and paper bleaching, pharmaceutical and food processing facilities, flue-gas desulphurisation units and wastewater treatment plants all rely on such systems where conditions alternate between acidic and alkaline or where hot solvents are present. Investment in new chemical capacity in Asia and the Middle East, in battery-materials and hydrometallurgical plants that handle strong acids, and in the refurbishment of ageing plants in North America and Europe is supporting demand. This is why Corrosion-Resistant Materials is the fastest-growing application segment in the market.
Preference for Bio-Based, Low-Smoke Thermosets
Furfuryl alcohol is produced from agricultural residues rather than fossil feedstocks, giving furan resins a high bio-based carbon content. Customers in construction, transportation and industrial equipment are increasingly measuring the embodied carbon of the materials they buy, and furan resins provide a renewable alternative to some phenolic and epoxy systems. In addition, cured furan resins exhibit high char yield and low smoke and toxic-gas release in fire, which makes them attractive for fire-resistant composites in mass transit, marine, offshore and building applications that must meet stringent fire, smoke and toxicity standards. Producers are developing furan-based prepregs, sheet moulding compounds and bio-based binders with reduced free formaldehyde to address these opportunities, adding a value-oriented growth stream to the traditional foundry base.
Binder-Jetting 3D Sand Printing
Industrial binder-jetting systems print sand moulds and cores layer by layer, eliminating patterns and allowing complex geometries, rapid prototyping and short-run production. Furan binders are the most widely used chemistry for 3D sand printing because they offer good print resolution, strength and casting performance across iron, steel and non-ferrous alloys. As foundries and service bureaus add printers to produce pump impellers, valve bodies, turbine components and spare parts on demand, printing-grade furan binders and activators offer a higher-value growth avenue for resin producers.
Low-Emission and High-Performance Foundry Grades
Demand is rising for furan binders with low free furfuryl alcohol, low free formaldehyde, low nitrogen for steel castings, and reduced-sulphur catalyst systems. Suppliers that can document lower emissions, better reclamation behaviour and reduced binder addition rates can capture price premiums and displace commodity grades, particularly among export-oriented foundries in China and India that must meet the environmental expectations of European and North American customers.
Infrastructure, Battery-Materials and Water-Treatment Projects
Large investment programmes in water and wastewater treatment, hydrometallurgical processing of lithium, nickel and cobalt, semiconductor and electronics chemicals, and fertiliser capacity in the Middle East, India and Southeast Asia require acid-resistant masonry, linings and FRP equipment. Furan mortars, grouts and composites are well suited to these environments, giving producers of corrosion-resistant systems an opportunity to grow faster than the overall market.
Volatile and Concentrated Furfuryl Alcohol Supply
Most of the world's furfural and furfuryl alcohol is produced in China, with smaller volumes in South Africa, the Dominican Republic, Europe and elsewhere. Production depends on the seasonal availability of corncobs and bagasse and has been affected by environmental inspections, plant closures and energy constraints, causing marked price swings for resin producers. Because furfuryl alcohol typically represents the largest single cost element in furan resin, these swings compress margins and encourage some foundries to switch to lower-cost alternatives when prices peak.
Health, Safety and Emission Concerns
Furfuryl alcohol and formaldehyde are subject to occupational exposure limits and hazard classifications in major markets, and sulphonic acid catalysts generate sulphur dioxide during pouring. Foundries face pressure to reduce emissions of volatile organic compounds and hazardous air pollutants, and binder systems with high free furfuryl alcohol or free formaldehyde content are increasingly difficult to justify. Compliance requires investment in reformulation, ventilation and monitoring, and in some automotive applications has accelerated the switch to inorganic binders, which limits growth in mature regions.
Structural Change in Automotive Castings
The gradual transition from internal-combustion engines to electric drivetrains reduces demand for cylinder blocks, heads and exhaust components, some of which use furan-based hot-box or no-bake cores. While electric vehicles create new demand for aluminium housings and structural castings, these are frequently produced by high-pressure die casting or with inorganic cores, so the net effect on furan binder demand in automotive foundries is negative in Europe, North America and Japan.
Challenge: Competition from Alternative Binder Systems
Phenolic urethane no-bake, alkaline phenolic ester-cured, sodium silicate and newer inorganic binders compete with furan in many applications. Each offers specific advantages, such as lower sulphur, faster cycle times or near-zero emissions, and foundries select binders on total process cost, so furan producers must keep improving performance to defend share.
Challenge: Consolidation and Cost Pressure in Mature Foundry Markets
Foundry capacity in Europe, North America and Japan has been consolidating under energy-cost, labour and environmental pressures. Fewer, larger foundries negotiate harder on price and demand comprehensive technical support, adding to margin pressure on binder suppliers in these regions.
Trend: Integration of Biomass Refining and Resin Production
Leading Asian producers are integrating backward into biomass refining to secure furfural and furfuryl alcohol and to co-produce lignin, cellulose and other bio-based products. This integration improves cost control and supply security and strengthens the renewable-content credentials of the resins.
Trend: Digitalisation and Sand-Management Services
Binder suppliers increasingly offer process-monitoring, sand-testing and reclamation-optimisation services alongside resins, helping foundries reduce binder consumption, scrap rates and emissions. Service capability has become an important differentiator in supplier selection.
The furan resin value chain extends from agricultural residues to foundries and corrosion-protection end users. Value is added at each stage through chemical conversion, formulation know-how and technical service.
The table below summarises notable product launches, divestments, partnerships and expansions by the profiled companies since 2022.
Jul 2022: ASK Chemicals; Product launch; Launched MAGNASET Gen 2, a new generation of furan resins with low free furfuryl alcohol, an improved hazard classification and better storage stability.
2022: ASK Chemicals; Expansion; Opened a foundry binders and coatings plant in El Carmen, Nuevo León, Mexico.
Nov 2022: ASK Chemicals; Expansion; Opened a production plant in Zhenjiang, China, starting with INOTEC inorganic binders and followed by coatings and risers.
2022: Kao Corporation; Expansion; Set up a Chemical Business Division at Kao Vietnam to begin technical support for foundry customers.
May 2023: Jinan Shengquan Group; Expansion; Started operation of the Daqing straw biomass refining project (phase 1: 500,000 t/yr of straw), producing furfural, biomass resin carbon, pulp and bio-methanol.
Mar 2024: ASK Chemicals; Divestment; Divested its xPuris business as part of a focus on core foundry chemicals and materials.
May 2024: Suzhou Xingye Materials Technology; Expansion; Began trial production at an upgraded 40,000-tonne furan resin workshop in Suzhou, which passed environmental (Jul 2024) and safety (Dec 2024) acceptance.
2024: Suzhou Xingye Materials Technology; Product launch; Launched a bio-based furan resin for foundry applications.
Sep 2024: ASK Chemicals; Divestment; Sold its Metallurgy business to sharpen its focus on binders, foundry materials and industrial resins.
Apr 2025: HA Group; Partnership; Entered a partnership with voxeljet on binders and processes for 3D sand printing.
Jun 2025: HA Group; Expansion; Broke ground on a new plant in Miryang, South Korea. The plant opened in 2026, producing coatings and freeing capacity for resins at Siheung.
May 2026: Asahi Yukizai; Expansion; Announced a second resin-coated sand plant in Andhra Pradesh, India, through Asahi Modi Materials, with capacity of 72,000 t/yr and completion targeted for October 2027.
Jun 2026: HA Group; Expansion; Its Turkish affiliate Metko HA completed an expansion of the Bilecik site, adding a finishing plant, warehouse and laboratory.
Near-term growth will likely concentrate in modular bioreactor lines and closed-system media workflows that shorten validation cycles while preserving batch traceability.
Partnerships between CDMOs and instrumentation vendors should accelerate standard datasets for comparability across sites, improving forecasting models used in capacity planning.
Longer horizon, organoid and microphysiological adoption may reshape segment mix; teams that invest early in assay interoperability and cloud QC hooks are better positioned to capture upside without fragmenting their analytics stack.
Profiles of 109 companies operating in the Furan Resin Market market, including revenue, employee count, and market positioning where available.
Showing 109 of 109 companies
3 interactive charts drawn from the Furan Resin Market dataset — market size, regional splits and each segment breakdown. Open one to read its full data table and download it.
Global Furan Resin Market By Physical Form
Global Furan Resin Market By Application
Global Furan Resin Market By Region
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