Kermel Tech, a high performance heat and abrasion resistant fibre at the service of hot gas filtration
Kermel Tech results from polycondensation of toluylene diisocyanate and trimellitic anhydride.
Thermal properties
• Continuous use temperature: 200 °C
• Peak use temperature**: about 240°C
• Glass transition temperature: 340 °C
• Degradation temperature: > 450 °C
• Limited Oxygen Index (LOI): 32 %
* retention of more than 50% of initial properties after 12 months
** retention of more than 50% of initial properties after one month
Mechanical properties
Kermel Tech is an excellent abrasion resistant fibre thanks to its amorphous structure and its high elongation at break.
• Tenacity: 25-35 cN/tex
• Elongation at break: 30-35 %
• Elasticity modulus: 200-300 cN/tex
Fibre presentation
• Count: 1,7* et 2,2 dtex ( * 1T mini. )
• Cut length: 50, 60, 80 and 91/105/118 mm
• Oiling ratio: 0,4 - 0,7 %
© Kermel 2008 - Conception 2exVia.com avec MasterEdit®
Test texte UK
Aramid Fibre - Fire resistant fibres - Aramid Fabric - Heat resisitant Fibre - Non Flammable Fabric - Protective clothing - Fire suits - Military protective clothing - Safety Workwear - Wildland firefighting gear - Station Wear - Arc Flash clothing - Fire Resisitant Knit - Hot Gas Filtration - Aramid Filter Bag - Thermostable Fibres