Fraunhofer ICT English > Core competences > Energetic Materials > Fire protection and insulation

Energetic
Materials




Research areas
Chemical analytics and detection
Synthesis and reaction technology
Particle technology
Fire protection and insulation
Explosives for defence applications


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Current research topics
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Fire protection and insulation


 
Fire protection coatings
High temperature insulation coatings
Ceramic fire protection compounds
Ceramising elastomers

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Contact:

Dr. Volker Gettwert
Phone +49 721 4640-406
Send an e-mail
Fraunhofer-Institut für Chemische Technologie ICT
Joseph-von-Fraunhofer-Straße 7
76327 Pfinztal


This working group is concerned with the development of insulating material for fire and heat protection via intumescent, ablative, ceramising and cooling processes.

Fire protection coatings
To protect a substrate (wood, steel, plastics) at temperatures of up to 1000°C, decorative coating materials are developed which provide protection against the effects of fire. Protection is provided by the formation of an insulating foam.

High-temperature insulating materials

These coating materials form an insulating and ceramic protective layer at high temperatures of up to 20000C, and can be adapted to specific applications.

Ceramising elastomers
These elastomer coatings, developed for missile technology, protect a substrate from thermal damage and hot gas currents at temperatures of up to 3000°C, via ablative and ceramising processes.

Ceramic fire protection compounds
Materials with high cooling properties are developed for fire protection and the cooling of hot gases.


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