Chiller/Heater uses multilayer monolithic ceramic technology.
Featuring embedded Tungsten RTD sensor, Extreme Aluminum Nitride Ceramic Chiller/HeaterÂ- is capable of heating from 100–450°C at 200°C per second and cooling from 450–100°C at 100°C per second. High thermal conductivity and low temperature expansion properties of AIN enable fast temperature response. Applications include semiconductor equipment and analytical...
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Ceramic Heaters are custom designed for optimal performance.
Available in Aluminum Nitride (AlN) or Alumina (Al2O3), Advanced Ceramic Heaters can operate in atmospheric and vacuum environments up to 1,652°F. Products are capable of delivering up to 2,000 W/in.Â-² and are resistant to acidic and alkaline solutions. Compact heaters can be custom designed with multilayered 2D or 3D shapes, optimizing performance in applications such as GC/MS,...
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Aluminum Nitride Ceramic Heater ramps up to 270°F/sec.
ULTRAMIC® advanced ceramic heater has monolithic, geometrically stable structure resulting in low-porosity, homogenous assembly. Leakage current is less than 10 Â-µA and high thermal conductivity unit can operate up to 752°F depending on application, heater design, and process parameters. Heater's integrated thermocouple configuration optimizes reliability of sensor/heater...
Read More »Ceramic Heater is suited for automobile industry.
Positive Temperature Coefficient (PTC) Ceramic Heater Pill provides instant heat within seconds of turning on cold car, eliminating idle time, which helps save fuel and reduce emissions. It is mounted in finned metal holder that heats up and warms air moved over its surface, and due to its inherent self-regulating characteristics, unit does not overheat. Heater pill can be used as cold start...
Read More »Ceramic Heater has ramp rate of up to 302°F per second.
Able to be operated up to 1,112°F, ULTRAMIC(TM) 600 features thermally conductive aluminum nitride ceramic composition paired with thermally matched heating element. Monolithic, geometrically stable structure exhibits minimal porosity and has integrated thermocouple configuration that optimizes reliability of sensor/heater interface. Product can be designed and manufactured in 2D flat or...
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