赤外線ヒーターと380Vヒーターの配線方法
Electric heating elements only work and generate heat when powered. Many people often ask: Do infrared heating elements have positive and negative poles? Or do they... 続きを読む
赤外線発熱体破裂の原因と注意点
赤外線ヒーターの使用中、不適切な使い方や標準以下の製品品質が原因で、チューブが破裂することがよくあります。軽度の場合は、交換するだけで済みます。 続きを読む
マルチメーターによる赤外線ヒーターのテスト方法
発熱体の品質を評価する基準は数多くある。日々の仕事や生活の中で、発熱体の品質を簡単にテストするにはどうすればいいのだろうか。今日... 続きを読む
炭素繊維発熱体の温度は?温度テスト
Many customers who have never used carbon fiber heating elements often ask, “How hot can carbon fiber heating elements get?” Today, I’ll use images and a video... 続きを読む
炭素繊維発熱体の電力計算
Simple Calculation Method for Drying Room Heat Power Regarding how much heating power a drying room requires, I’d like to share a simple calculation method I’ve... 続きを読む
炭素繊維発熱体は赤外線加熱に安全か?
When powered on, carbon fiber heating elements emit a soft orange-yellow light and heat objects through infrared radiation. Some individuals are highly sensitive... 続きを読む
赤外線加熱管と紫外線加熱管:産業用途における違い
Infrared heating tubes and UV lamps are two commonly used lamps in industrial production equipment. Do you know the differences between them? Here is a brief introduction... 続きを読む
炭素繊維素材に水がかかると壊れる?
When a carbon fiber heating element is turned on, its surface temperature can reach approximately 500°C. If water accidentally splashes onto it during operation,... 続きを読む
炭素繊維発熱体の寿命を延ばす方法
Carbon fiber heating elements emit far-infrared rays with strong penetration and excellent heating efficiency, making them widely used in industries such as agriculture,... 続きを読む