isoplan® Innovative, environmentally friendly insulation materials. Material profile Special high-performance biodegradable, mineral and ceramic fibres are the basic material used to manufacture isoplan® products.When combined with appropriate fillers and binders, the result is high continuous temperature resistance which leads to low heat conductivity and very good insulation properties. The organic binding agents escape in the temperature range between 300° C and 400° C and a sintering process takes place (isoplan® 750/1000 at about 600° C, isoplan® 1100 at about 750° C), which guarantees long-term material strength in high-temperature applications. The discolouration of the material associated with this disappears again at higher temperatures. It is advisable to enclose the material when it is being used for insulation applications in unsupported or vibrating systems. Application areas The very high application temperature limits and the low heat conductivity properties determine the application areas for isoplan® as an insulation material and flat gaskets.The following list includes a number of typical examples of the many possible uses: • Steel industry • Foundries • Industrial furnace and boiler manufacturing • Hearth flaps, fireproof doors • Heating and drying equipment • Machine and equipment manufacturing • Electrical equipment • Glass industry Good for people and the environment Frenzelit has obtained certification that the company complies with the requirements of both ISO/TS 16949 and ISO 14001. This means complete transparency in all areas and therefore gives our customers a high degree of security. Do you have any questions about your application? The gasket information service will help you: [email protected] GASKETS TECHNICAL TEXTILES EXPANSION JOINTS INSULATION NEW MATERIALS

Insulation materials and flat gaskets made from isoplan® isoplan® products have a homogeneous material structure and are suitable not only for high-temperature insulation applications but also to provide sealing against inert gases up to 500 mbar. When isoplan® is used as an insulation material, surface pressure levels of 10 N/mm2 should not be exceeded. Higher surface pressure can be exerted in applications as a flat gasket in high-temperature ranges. Heat conductivity – the property that counts 0.17 Material characteristics General information Temperature limit Colour Tolerance in thickness...