Introducing dip soldering for aluminum coils.
Background Copper is widely used in automobiles and electronic components, but its price has significantly increased from July 2020 to the present. The rising demand for copper due to the proliferation of electric vehicles (EVs) is one factor driving up prices. Consequently, there is an accelerating movement to switch the materials of busbars and coils from copper to aluminum. Furthermore, the aspect of weight reduction is also drawing attention to the transition from copper to aluminum. → From copper to aluminum For details on dip soldering to aluminum coils, please see the information below.
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basic information
- Aluminum dip is a liquid flux for soldering. - Please use it together with rod solder for aluminum wire.
Price range
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Applications/Examples of results
- Dip soldering to aluminum coils - Solder plating on aluminum parts
Detailed information
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Background Copper is widely used in automobiles and electronic components, but its price has significantly increased from July 2020 to the present. The rise in demand for copper due to the proliferation of electric vehicles (EVs) is one factor driving up prices. Consequently, there is an accelerating trend to switch materials for busbars and coils from copper to aluminum. Additionally, the aspect of weight reduction is also drawing attention to the transition from copper to aluminum. → From copper to aluminum
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When changing the material from copper to aluminum for traditional flux dip soldering, there are the following challenges with conventional flux: 1. Soldering is difficult → The oxide film on the aluminum surface is strong, making it difficult to remove with conventional flux. 2. A cleaning process is necessary → It is necessary to use highly active and highly corrosive flux, which requires a cleaning process after soldering. 3. Pre-removal of the urethane coating is necessary → A dedicated process and equipment are required to remove the urethane coating on the coil surface in advance.
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Soldering with new flux dip Our aluminum dip flux can solve the above challenges. 1. Removal of oxide film with flux → It can remove the oxide film on the aluminum surface, making soldering possible. 2. No cleaning process required → The flux is designed to activate only at the high temperatures during soldering, eliminating the need for a cleaning process after soldering. 3. No need to remove the urethane coating in advance → For some aluminum coil wires, it is possible to simultaneously remove the urethane coating and the aluminum oxide film with the flux and heat. This allows us to skip the urethane coating removal process and complete soldering in one step.
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Soldering image of aluminum coil The image shows the soldering of aluminum coil wire with the urethane coating not removed. By using FrustrEL, it is possible to achieve uniform soldering without the wetting defects commonly seen in conventional products. Additionally, the cleaning process is unnecessary, resulting in high productivity.
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Company information
Ishikawa Metal Co., Ltd. is a manufacturer and seller of lead-free and lead-containing solder, consistently engaged in solder production since its establishment. In addition to various types of rosin-core solder and solder paste, we also handle high-melting-point solder for semiconductors and flux for semiconductor mounting. We not only manufacture and sell unique solders, such as rosin-core solder for lasers and solder that can be used for aluminum and stainless steel, but we also propose solutions to customer issues such as splattering and wetting defects.