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INNOVACERA® Ceramic Igniters Will Keep You Warm In The Coming Winter

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Source: https://www.innovacera.com/news/innovacera-ceramic-igniters.html INNOVACERA® Ceramic Igniters Will Keep You Warm In The Coming Winter offers ceramic igniters for hot surface ignition systems in heating applications. These high strength, heat resistant ceramic igniters have become an industry-standard in gas heating systems. Their superior materials and rapid heating capabilities provide reliable performance over a long useful life. Applications include: Gas heating systems Ovens/ranges Dryers And more Ceramic ignition technology benefits A fraction of the energy consumption compared to conventional cartridge or element heater Long-lasting Time to ignition 60~90 seconds Tested to 100,000 cycles (in Japanese pellet market for 15 years) Easy to install and retrofit Fits any steel tube with an inner diameter of ≥18mm 1000°C at steady-state temperature Cannot overheat even with blower failure 100/120/220/240V forward current Fully electrically...

Ceramic igniter for pellet boiler

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Source: https://www.innovacera.com/news/ceramic-igniter-for-pellet-boiler.html Our ceramic heating elements consist of Al2O3 insulation ceramics with an integrated W conductor, and reach a permanent operation temperature of between 800°C and 1000°C. Igniter’ feature: 1. Heating applications above 750°C, in which standard heating cartridges would have long since failed. 2. Exact, rapid heating due to the extremely low thermal mass 3. Efficient hot gas generation through the extremely large heat transfer surface area. Igniter’ applications: 1. Hot surface igniters (ignition of gas, oil, biomass, pellets) 2. Hot air generation 3. Tool heating 4. Melting / Welting / Soldering / Hot air soldering 5. Heaters for chemical analysis and laboratory equipment (eg: min-furnaces, reactors) 6. Customer-specific heating solutions. Igniter’ advantages: 1. Extremely fast and hot (Permanently at 1100°C, for the short term up to 1300°C) 2. Extremely energy-efficient 3. Resistant to thermal ...