**Shenzhen JKTech Technology Co., Ltd. launches advanced solder dross separator solution**

Shenzhen JKTech Technology Co., Ltd. launched the innovative SD09F online economical automatic solder dross separator, aiming to completely change the wave soldering process. These state-of-the-art machines effectively reduce the oxides produced during wave soldering, allowing for direct material recycling. This not only reduces production costs, but also contributes to environmental sustainability and improves product quality. The SD09F series adopts a special mixing structure to facilitate the automatic feeding of broken solder dross into the mixing area to ensure the effective separation of solder and solder oxide.

The operating efficiency of the SD09F separator is emphasized by its user-friendly panel push-button control system, which simplifies the operating process. These machines are equipped with digital display temperature control gauges that provide precise heating control ensuring optimal melting conditions for liquid solder. The fast melting rate of solder slag, coupled with minimal temperature fluctuations, results in significant energy savings, making SD09F an economically viable option for manufacturers. In addition, the external tin slag feeding port can realize automatic timing and quantitative transportation, simplifying the work process and improving production efficiency.

Once the solder dross is separated, it is drained, cooled and formed into a stable and reliable composition ready for immediate production use. Separated solder oxides are efficiently directed into dedicated collection bins, ensuring a clean and orderly workspace. With these advanced features, the SD09F series not only meets the needs of modern manufacturing, but also sets new standards for efficiency, sustainability and product quality in the industry. Embrace the future of welding with cutting-edge solutions from Shenzhen JKTech Technology.
SD09F3

Tin Slag Reclaim Machine

https://www.chinaeecs.com/solder-dross-recovery/


Post time: Oct-14-2024