Manufacturing Steps of Carbon Fiber Infrared Heating Element

Carbon fiber infrared heating elements are high-tech heating devices that combine carbon fiber infrared technology with quartz electric heating elements. These heating tubes can be used for various heating applications such as plastic molding, mold heating, wood drying, glue curing, and more.

Cut the carbon fiber into suitable lengths and then use high-temperature baking to eliminate all potential defects.

Cut the quartz tube to the required length, then wrap the carbon fiber around the outside of the quartz tube. It is best to fix the carbon fiber onto the quartz tube after wrapping.

Design the circuit board to the required shape and size. The circuit board needs to be designed to fit the shape and size of the carbon fiber infrared heating element.

Check the correction of the ნახშირბადის ბოჭკოვანი ინფრაწითელი გათბობის ელემენტი to ensure there is no damage or deformation. Any detected issues should be prioritized and resolved before proceeding further.

Connect the carbon fiber infrared heating element to the laser processing equipment. Use laser cutting to create the required patterns on its surface to enhance its heating performance.

Perform heat treatment on the ნახშირბადის ბოჭკოვანი ინფრაწითელი გათბობის ელემენტი in an oven to ensure it can withstand the required temperature range.

By following these steps, a complete ნახშირბადის ბოჭკოვანი ინფრაწითელი გათბობის ელემენტი is manufactured. This type of heating tube has many significant technical advantages such as visualized temperature adjustment, quick response time, up to 90% thermal efficiency, flexible design, and more. Additionally, it offers a long service life and high wear resistance. It can be widely used in heating, drying, feed processing, pharmaceutical, and other industries.

Global Quartz Tube is a leading manufacturer specializing in high-quality quartz tubes and heating elements. For more information, please visit our ვებგვერდი ან დაგვიკავშირდით ნომერზე contact@globalquartztube.com.