2600W 15KHZ plastic box corrugated ultrasonic welding machine
The special welding machine for plastic corrugated box ultrasonic energy to the welding area through the upper welding component. Due to the high sound resistance at the interface between the two welding areas, local high temperatures will be generated.
Due to the poor thermal conductivity of plastic, it cannot be released in a timely manner and accumulates in the welding area, causing the contact surface of the two plastics to quickly melt. After applying a certain amount of pressure, it merges into one. After the ultrasonic stops working, the pressure is allowed to continue for a certain amount of holding time to solidify and form a solid molecular chain, achieving the purpose of welding. The welding strength can be close to the strength of the raw material itself.
Features:
1. The ultrasonic hollow plate welding machine adopts original imported ultra high power transducers, which have high power and are easy to weld;
2. The ultrasonic PP hollow plate welding machine adopts a PLC programmable microcomputer control system, and the welding parameters are adjusted through the human-machine interface window;
3. The frame of the hollow plate ultrasonic plastic welding machine is welded with high-quality A3 square joints, making the entire machine stable and reliable;
4. The welding head of the ultrasonic hollow plate edge sealing welding machine can be lifted and lowered, making mold adjustment convenient and fast;
5. The integrated structure of the ultrasonic hollow plate welding machine body adopts safety adjustment scale control;
6. The plastic corrugated box ultrasonic welding machine body motor automatically rises and falls, with fast welding speed and improved work efficiency.
Poor matching of various conditions for fusion welding,
1. Delay, fusion, curing time, improper adjustment of the number of output sections, air pressure, etc;
2. Plastic material issues, such as adding fire-resistant materials or color powder;
3. The appearance and size of the workpiece; The distance or proximity between the fusion surface and the welding head interface;
4. Design of energy conducting lines (points);
5. Whether the surface of the processed object is clean (if there is baking paint or electroplating);
6. Mutual fusion of different plastic materials; The design of the base (lower mold) is too loose or too tight;
7. The ambient temperature around the processing;
8. The energy transmitted by the welding head to the processed object; model
9. The accuracy of tool design and the accuracy of sample calibration molds;
10. The design of the welding head and the magnitude of the amplitude.
Whatsapp:08615006191865
Company：WuxiQijiangPrecisionMachineryCo.,Ltd
Email:zsvihj2019@gmail.com
Http://www.qjmachinery.com.cn/en/

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