Downstream users in the construction sector account for the largest consumption of epoxy resins, with about 93,000 tonnes or 29% of total production. Energy is the second-largest sector, accounting for 80,000 or 25% of all epoxies manufactured. The transport sector uses 45,000 tonnes of epoxy resins (14%), whilst the home, leisure, ICT and medical sector uses around 36,000 tonnes (11%). In the food & water sector 19,000 tonnes (6%) of epoxy resins are used. Members of Epoxy Europe manufacture about 323,000 tonnes of epoxy resins per year.[1][2]

Overall sales amount to around €1,055 million on European markets, led by Germany (101,000 tonnes or 31% of all sales), France and the United Kingdom (8,000 tonnes or 2%), Spain (6,000 tonnes or 9%), the Netherlands (6,000 tonnes or 2%) and others.

To read more about the socio economic benefits of epoxy resins,
download the Main Findings from Epoxy Europe’s 2019 report


Assessing the impact of all uses of epoxy resins would be very challenging but it is however possible to focus on the five sectors which are most important from a strategic and economic point of view:[2]

Energy and electrical: Around 50% of the current wind turbine market uses epoxies as  infusion resins for the manufacturing of blades, providing them strength, durability and lighter weight. Epoxy resins make it possible to produce long wind turbine blades, thus increasing the EU’s renewable energy production and exports. Epoxy resins in energy distribution systems – sealants, coatings, adhesives, transformers, insulators, printed circuit boards and many others – contribute to long-lasting and reliable components. Without epoxies, electric systems would cost more, break more often and generate larger amounts of waste.

Construction: Often used in small quantities, epoxies enable many internal and external construction activities. Millions of large and small enterprises across Europe enjoy the use of epoxy resins in easy-to-clean flooring, resistant and affordable mechanical fixings, etc. Epoxies increase flexibility for interior designers and builders while lowering initial costs as well as maintenance.

TransportCathodic Electro Disposition (CED) allows cars, trucks and motorcycles to last longer than ever, making bodyworks more resistant to deterioration and rust. For under the hood and interior parts, epoxy-based composites lower weight and increase mechanical strength, reducing maintenance needs, fuel consumption and CO2 emissions. The use of epoxy resins ensures that the European vehicle manufacturing industry remains competitive and produces affordable cars. Railways apply epoxies to replace steel in gear casings and other parts to reduce weight, and improve service life by preventing damage from debris or corrosion. Similarly, epoxy provides excellent corrosion resistance which reduces the need for repair and maintenance in boats. In the aircraft industry, epoxies allow for greater use of composite components, improving durability, efficiency, strength and reliability.  Due to the overall weight saving in Airbus A350-900s in operation with EU airlines to the overall weight saving attributable to epoxy resins (as compared to aluminium), less fuel is used, which is equitable to saving some 14 million tonnes of CO2 aircraft emissions in 2019.

Food and water: Epoxies are applied to food cans to prevent corrosion and prolong shelf-life, resulting in the production of a smaller quantity of food waste. Other packaging materials – such as glass – would result in higher prices for consumers. In processing machines, epoxies shield foods from being tainted and vice versa, improving hygiene standards and lowering maintenance costs. Epoxy resins prevent corrosion and leaks in steel and concrete composite pipes and tanks. Without epoxy resins, road works to fix water pipe damage would last longer and cause greater traffic jams.

Home and leisure: Epoxy resins reduce weight, increase responsiveness and extend product lifetime in a number of sports kits fabricated in Europe. They are also sold as sealants, adhesives and mortars to repair wood and plastic resulting in strong, durable and resistant repair joints. You can read more about how to correctly handle epoxy resins in our Consumer Safety section.

To read about other uses of epoxy resins, visit the applications section


Members of Epoxy Europe produce epoxies in factories located in Germany, Spain, the Netherlands, the Czech Republic, Poland, Switzerland.

These factories employ about 2,600 full time workers. Some of the downstream industries which make the most use of epoxy resins – wind energy, construction, food manufacturing – are among the EU’s largest sectors of employment and support hundreds of thousands of jobs.[2]
Nearly €57 million was invested in R&D activities in 2017 by manufacturers of epoxy resins. This involves collaboration with universities and other academic and research organisations on product development, life cycle analysis assessments and many other topics.

Chart: Epoxy European production 1975-2012



Many sectors would be affected if regulation authorities decided to ban, phase out or limit constituent substances of epoxies such as bisphenol A (BPA). Epoxy resins would be replaced by more expensive and lower performing alternatives which have not yet been tested as extensively as BPA for potential health and environmental hazards, while the European Food Safety Agency (EFSA) and the US Food Safety Agency (FDA) have declared BPA safe for use in all current food contact applications.

[1] Production and sales data of epoxies originate from a survey by Epoxy Europe members on their 2017 activities. Other data originate from recent publicly available information and express average annual values.
[2] More information about each sector can be found in the ‘Epoxy Resins updated Socio-economic Assessment’, 2019.