Carbon fiber infrared heating tube lamps with woven filament design:
1. Structure
– Carbon fiber fully braided heating tube, the heating element is a cylindrical structure woven by multiple strands of carbon fiber filaments, and the weaving process is relatively complex.
2. Performance
Heating speed:
-Due to the braided structure, the carbon fiber filaments are more evenly distributed and the heat dissipation area is larger, the heating speed is usually faster, and the working temperature can be reached in a shorter time.
Temperature uniformity:
– The surface temperature uniformity is very high, and the temperature distribution of the entire heating tube is more uniform, and there will be no local overheating or overcooling.
3. Production process and cost
Production process:
-The production process is complex, and special weaving equipment is required to weave the carbon fiber filaments into a specific shape, and the precision requirements for the weaving process are high, and the production efficiency is relatively low.
Cost:
– Carbon fiber fully braided heating tube: Due to the complex production process and low production efficiency, its production cost is high, so the market price is relatively expensive.
4. Durability
Damage resistance:
– Carbon fiber fully braided heating tube: The braided structure makes it more flexible and impact-resistant to a certain extent, and it is not easy to be damaged by external forces.
