Energy

Apec® XT is tough in extreme conditions, with improved impact strength, low-temperature ductility, chemical resistance, and flame retardancy. Ideal for demanding applications.

Want to achieve both transparent aesthetics and flame retardancy with reliability? Discover how our polycarbonate supports differentiated design!

The Covestro approach of monetizing circular economy is to embed circular thinking into the earliest stages of customer engagement and beyond, and to co-develop solutions through strong partnerships.

Build smarter with our AI-forward polycarbonate — lighter, safer, and more reliable for the intelligent world.

Discover our advanced materials for eVTOL vehicles, enhancing efficiency, sustainability, and safety. Learn more now!

Explore how our flame-retardant polycarbonates enhance smart device safety, aesthetics, and sustainability with high performance and low-carbon benefits.

Unlocking our reliable, cost-effective, and lightweight solutions for residential inverters, driving both sustainability and efficiency.

We transform cast PU elastomers to boost fire resistance or provide antistatic, antihydrolytic or antibacterial properties.

Explore Covestro’s cutting-edge solutions and reduce energy consumption without compromising on cast polyurethane quality.

Read how Bayblend® RE more sustainable PC blend has revolutionized the Instagrid One portable batterypower station.

Leveraging mass balance and renewable resources, Covestro’s low-carbon cast PU resins help streamline your operations.

Streamlined product selection: A web-based TPU films selector tool utilizing questionnaire and filters to match user needs

Covestro and TMT launch their 1000th polyurethane wind turbine blade

Our films portfolio with partly bio-based, recycled, and ISCC PLUS-certified mass balanced materials contribute to circular economy.

Covestro polycarbonates enable the electrification of mobility, starting at the EV heart: the electric battery pack.

Our new PU composite frame offers a new solution for the selection of frame materials of photovoltaic (PV) modules. Learn more now!

We provide a full range of innovative material solutions for indoor and outdoor network devices in the new era of intelligent connectivity.

MOCA is increasingly subject to restrictions, so we developed the MDI-based Desmodur® to overcome these constraints.

We developed cast elastomer for bearing pads and tensioner track pads to help the offshore industry cut its carbon footprint.

By mass balance we can bring the value chain faster in line with our common conservation sustainability goals: Reducing the carbon footprint and use of fossil resources in production and consumption

Covestro polyurethane composite resins improve the performance of wind turbine blades for lower wind energy costs.

Covestro, LZ Blades and Goldwind develop the world’s first 64.2m full polyurethane resin wind turbine blade

Faster curing, fewer coating layers, ultra-high solid formulations.

A new standard for industrial hygiene – without any compromise

Energy efficient window solutions will help to reduce energy consumption of residential buildings in China

Desmodur®-based crosslinking technology withstands high temperatures.

Covestro has the materials and expertise to be the global innovation partner of choice for next-gen wind blades and turbines

Polyurethane elastomer systems formulated for the uniquely demanding conditions of off-shore cable protection

Longer, stronger wind-turbine blades made with polyurethane infusion resin produce energy more efficiently

Fast-curing Pasquick® enables more efficient wind tower production