isoplan® GREENLINE products are based on special, biosoluble mineral fibres and/or biosoluble high-temperature Alkaline Earth Silicate (AES) wools. In combination with appropriate filling and bonding agents, they guarantee resistance to consistently high temperatures and comply with REACH and do not contain any SVHC-listed fibres, isoplan GREENLINE products are an excellent alternative to products that are based on ceramic fibres. isoplan® 1100 made by special high-performance biodegradable, mineral and ceramic fibres.
the extremely flexible material combination means that thin isoplan can be adapted to existing geometries dry, and in moistened state even at thickness of up to 10mm. The coordinated raw material blend and the defined process technology lead to extremely low thermal conductivity, with very good, consistent heat insulation properties, isoplan® materials are also suitable for acoustic soundproofing and used as gaskets for inert gases up to an internal pressure level of 500 mbar.

novamica® is a gasket material made from optimized phlogopite mica with outstanding temperature resistance, chemical resistance, electrical insulation and processing properties. Sealing of aggressive/corrosive media at high temperature. Mica facing materials for Kammprofile seals or filler for spiral wound gaskets. The phlogopite mica used in novamica® products resists temperature up to 1000°C. novamica® materials guarantee continuously high sealing tightness after initial temperature exposure in the respective application.

THERMEX combination consisting of high quality phlogopite mica, an effective binder system and expanded metal insert made from acid-proof stainless steel 316L, DIN 1.4404 (0.4mm) 3mm mesh makes it possible to produce premium solutions for a wide range of high-temperature applications.

In 1998, Flexitallic set new standards for sealing technology with the introduction of Thermiculite® Critical Service Series gasket material, it is exclusive to Flexitallic, this revolutionary material, comprised of chemical and thermally exfoliated vermiculite, simulated structure of exfoliated graphite, with one notable exception – it maintains integrity through a wide range of high temperatures.

This innovative and versatile material is available in Coreless Sheet, a filler for SWG, and a facing for Kammprofile. It is suitable for replacing aramid fiber, glass fiber, carbon fiber, PTFE and Graphite, and in a wider array of applications.

Since its inception, Thermiculite® gasket material has proven itself as an effective long-term sealing solution in thousands of the most demanding industrial sealing applications, with the combination of Thermiculite® Critical Service (800 Series) and Thermiculite® Performance (700 Series), a single, proven material can be used for virtually all of your sealing requirements. That’s why we call Thermiculite® The Total Static Sealing Solution.

Total Freedom From Oxidation
Conventional graphite gaskets are susceptible to attack by oxidizing agents. This occurs from oxygen flowing within the media, or simply from oxygen present in the atmosphere surrounding the flange. The rate at which graphite oxidizes depends on the application temperature and the concentration of oxygen present. But when it does happen – the end result is seal failure. The unique composition of Thermiculite® gasket material ensures that seals maintain their integrity at maximum service temperature far exceeding that of graphite.