Boli Shangrong Electronics Technology Chongqing Co., Ltd. provides you with infrared hot plate welding machines. Infrared hot plate welding utilizes non-contact wideband infrared lamps to directly radiate heat onto thermoplastic materials, employing infrared lamp radiation heating technology. It controls the welding along the contour of the workpiece to be welded, with the radiation falling within the medium-wave infrared range (equivalent to the spectral absorption range of common thermoplastic materials).
I. Introduction to Infrared Characteristics
1. High thermal energy conversion ratio, 50% higher than conventional hot plate welding, with low operating costs and energy savings.
2. Stable radiation heat output can be achieved within 2 seconds, eliminating the need for continuous heating and significantly reducing energy consumption.
3. Smooth welding surface without wire drawing phenomena.
4. Utilizes imported temperature control modules for stable output and high linearity.
5. Allows temperature zone-specific welding temperature settings for workpieces with varying weld line thicknesses.
6. Infrared lamps outperform conventional hot plate welding heating components.
7. Non-contact heating eliminates the need to clean heating surfaces, greatly shortening the welding cycle.
8. Radiation heating simplifies hot plate processing.
II. Applications of Infrared Technology
1. Infrared—a new technology for non-contact radiation heating of plastic welding using infrared light! Primarily used for welding products with high appearance and sealing requirements.
2. High melting point with infrared heating—enables welding of high-melting-point materials, such as glass-filled plastics, with stable and effective sealing results.
3. Infrared welding achieves heating of thermoplastic resins or plastics, meeting high airtightness requirements for welding.