本文着重阐述了远红外加热元件的优选方法和电炉设计步骤，并列举了实例。
Optimization of far infrared heating elements and design of electric furnaces using the elements are stated, and examples are given.
加热器使用新型远红外线加热元件，自动控温，加热均匀，耗能低。
The heater use new remote infrared ray heater element, controls automatically warm, the heating is even, consumes energy lowly.
本实用新型是关于远红外石英元件。
The utility model relates to a far infrared quartz component.
该远红外石英元件具有热惯性小，隔绝带电安全性好，远红外热效率高、多用途通用性广。
The far infrared quartz component has small heat inertia, good heat insulation and electrified safety, high far infrared heat efficiency, multifunction and wide universality.
埋入式陶瓷远红外辐射元件，系采用高辐射率的釉层，热震性能好的陶瓷作基体，高质量的电热丝一次绕制而成。
Embedded ceramic far-infrared heaters made of high quality electrothermal wire coiling around the base which is composed of high thermal shock resistance ceramics and high radiance ceramic glaze.
板材夹具和加热炉采用自动和手动双向调节系统和埋入式陶瓷远红外辐射元件，提高热吸塑效果。
Both clamping devices and heating furnace adopt automatic and manual bi-directional regulating system and the inner pottery, far infrared parts to enhance the effect of plastic absorbing.
板材夹具和加热炉采用自动和手动双向调节系统和埋入式陶瓷远红外辐射元件，提高热吸塑效果。
Both clamping devices and heating furnace has been adopted automatic and manual bi-directional regulating system and the embedded ceramic infrared parts to enhance the thermoforming effect.
板材夹具和加热炉采用自动和手动双向调节系统和埋入式陶瓷远红外辐射元件，提高热吸塑效果。
Both clamping devices and heating furnace has been adopted automatic and manual bi-directional regulating system and the embedded ceramic infrared parts to enhance the thermoforming effect.
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