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Come along with us as we share how choosing the right materials for your application creates the opportunity for you and your teams to build more sustainable processes that will be safer for your employees, reduce your energy consumption resulting in reducing your CO2 emissions.

Our newest 1300°C Fibre, Superwool Prime

Improve operational performance and reduce CO2 emissions

Superwool Prime, a patented 1300°C (2370°F) AES Low Biopersistent Fibre that delivers energy savings, improved application efficiency, and reduced emissions

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Eliminating the Risk of Alkaline Hydrolysis in Fired Heater Lining

One of our innovative solutions for the Petrochemical Industry is our Alkaline Hydrolysis castable for Fired Heater Linings.

Learn more about our Kaolite® AHR Castables from our industry and Refractory experts from across our Thermal Ceramics division.

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Heat Treating and Reheating Capabilities in the Iron and Steel Industry

Morgan Advanced Materials, a world leader in refractory, fibre and microporous manufacture and supply a full range of materials and solutions to equipment across the Iron and Steel industry. Our materials and systems provide sustainability to processes and the opportunity to reduce CO2 emissions by reducing energy loss and improving the safety of applications and people. Explore some of our solutions presented in this webinar.

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Is a market-based approach needed to deal with thermal runaway or does one size fit all?

Exploring battery safety in Automotive, Aerospace and Energy Storage applications with our expert Richard Clark. 

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