有益なブログ

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 summarized. Since it’s simple,

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 to the term “radiation” and are concerned

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 to the distinctions

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, will it shatter like glass? In

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, chemical processing, and consumer goods. Their primary

炭素繊維発熱体のパワーを計算する4つの簡単な方法
Many customers are unsure how to confirm the voltage and power of the previously used heating elements when choosing carbon fiber heating elements. Today, let’s discuss a few simple methods

炭素繊維発熱体にバラストが不要な理由
The linear carbon fiber heating elements with wires on both ends look very similar to traditional fluorescent lamps. As a result, some customers may ask, “Do they need a starter

炭素繊維ヒーティング・チューブが初回使用時に発煙する理由
Today, I’d like to share with everyone why the surface of a carbon fiber heating tube may emit smoke during its first use. Background: This customer works in the printing

炭素繊維加熱管は無煙バーベキューに使えるか?
In response to environmental concerns, smokeless barbecue is becoming more in demand. Traditional charcoal grilling is being used less and less, with smokeless barbecue grills becoming a popular alternative. As