https://youtu.be/5hLMtvGVPZQ?si=Kewoh2GnwSMzn0hk?rel=0
1.加熱均一性
2.加熱速度
3.アプリケーションシナリオの適応性
– S 型加熱ランプ: 湾曲したプラスチック パイプ、湾曲したガラス製品など、一部の不規則な形状の物体の加熱に適しています。物体の形状に合わせて曲げたり巻いたりすることができ、その形状特性を効果的に利用して、加熱。さらに、大面積の加熱が必要だが加熱均一性の要件がそれほど高くないシナリオでは、S タイプ加熱ランプの方が適しています。たとえば、大きな乾燥室で一部のブロック材料を予備乾燥する場合などです。
– ストレート加熱ランプ: 通常、印刷後の紙の乾燥 (紙がコンベアベルトに沿って移動すると、ストレート加熱ランプの片側が乾燥します)、金属線のアニーリングなど、規則的な形状の物体、特に長いストリップの加熱に使用されます。また、加熱方向と精度に高い要件が求められる一部の工業生産では、半導体チップ製造プロセスの一部の加熱リンクなど、ストレート加熱ランプの方がニーズをより適切に満たすことができます。
– Straight heating lamp: When heating a small area or a narrow area, if its power is appropriate, the straight heating lamp can heat very quickly. Because its heat is concentrated in one direction, when heating a small area that matches this direction, the energy can be transferred more concentratedly, causing the local temperature to rise rapidly.
3. Application scenario adaptability
– S-type heating lamp: More suitable for heating some irregularly shaped objects, such as curved plastic pipes, curved glass products, etc. It can be bent and wound according to the shape of the object, and effectively use its shape characteristics for heating. In addition, in some scenarios where large-area heating is required but the heating uniformity requirements are not extremely high, the S-type heating lamp is also more suitable, such as preliminary drying of some block materials in a large drying room.
– Straight heating lamps: commonly used for heating objects of regular shapes, especially long strips, such as drying paper after printing (when the paper moves along the conveyor belt, the straight heating lamp dries on one side), annealing of metal wire, etc. And in some industrial productions with high requirements for heating direction and precision, straight heating lamps can better meet the needs, such as in some heating links in the semiconductor chip manufacturing process.
