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Fire protection can be really cool. ❄️🔥 Ablative materials use a cooling effect to help protect components in the event of a fire. When exposed to high temperatures, chemically bound water is released from the material. 💧 This absorbs thermal energy and can help reduce the temperature rise on the protected side. A simple test setup makes this normally hidden process visible. 👀🎥 Especially where installation space is limited, this cooling effect can play an important role in passive fire protection. 🛡️ #PassiveFireProtection #Ablative #Materialbehavior

Stay up to date with KuhnOdice. From product launches to specialist topics in passive fire protection, our news section keeps you informed. Each article offers in-depth information, complemented by related videos and direct links to the matching products where available. In our short screen video, we show you how to find our latest news in just a few clicks. 👉 Take a look and discover what’s new at KuhnOdice. #KuhnOdice #News #PassiveFireProtection #ProductInformation #FireProtection

Expansion rate is not one-size-fits-all. 🔥 When exposed to heat, intumescent materials can show low, medium or high expansion rates. It describes how strongly intumescent materials expand and which foam height is created. Depending on the application, different expansion rates may be required. ▶️ Why does it matter? Because the expansion behaviour needs to match the available installation space and the specific fire protection requirements. Watch the video to see the different expansion rates of graphite based materials in action. 🎥👀 #PassiveFireProtection #Intumescent #ExpansionRate

Find what you need with ease. Whether you’re looking for technical datasheets, brochures or helpful product videos, our website gives you quick and easy access to key content, all in one place. In our short screen video, we show you how to find the content you’re looking for in just a few clicks. 👉 Take a look and explore our world of passive fire protection. #KuhnOdice #Downloads #ProductInformation #TechnicalDocumentation

⚡ The energy transition is accelerating. But are we paying enough attention to fire safety? Battery systems are becoming more powerful and more common: in electric vehicles, large-scale energy storage, ferries and trains. Even fully electric aircrafts are already in development. No wonder much of the conversation focuses on capacity, range, charging speed and performance. But far less attention is given to a critical question: What happens when things go wrong? Thermal runaway remains one of the key challenges in lithium-ion battery applications. As industries continue to electrify, fire safety must be considered from the very beginning. That’s why we work on passive fire protection solutions that help contain fire, limit the spread and protect critical systems when every second counts. Our approach: we don’t just point out the problem, we help solve it. Together with manufacturers, operators and developers, KuhnOdice designs protective measures that fit your application. 🤝 Planning a battery application? Let’s talk about the right protection, from day one. #KuhnOdice #PassiveFireProtection

Different applications need different foam structures. 🔥 Intumescent materials can form very different foam structures depending on their chemical composition. Silicate-based products can develop a hard, directed structure. Phosphate-based products can generate high volume while building up little pressure. Graphite-based materials can expand strongly and develop high expansion pressure. The key question is always the application. Does the material need to fill space? Should high pressure be avoided? Or does an opening need to be actively sealed? See the different foam structures in action in our video. 🎥👀 #PassiveFireProtection #Intumescent #FoamStructure