In order to increase the efficiency and to reduce the thermal effect of metal heating, the induction brazing technology is proposed. Advantage of this technology consists mainly in exact location of heating supplied to the brazed joints. Based on the results of numerical simulation it was then possible to design the parameters necessary to achieve … Read more
Induction Aluminum Brazing with Computer Assisted Induction aluminum brazing is becoming more and more common in industry. A typical example is brazing various pipes to an automotive heatĀ exchangerĀ body. The induction heating coil widely used for this type of process is non-encircling one, which can be referred to as āHorseshoe-hairpinā style. For these coils, … Read more
Induction Brazing Aluminum Tubes with High Frequency Induction Heating The novel applications areas of induction heating require analyzing the temperature distribution inside the heated components taking into account the corresponding structures and the material properties. The finite element method (FEM) provides a powerful tool to perform such analyses and optimization of induction heating processes through … Read more
Objective The objective of the application test is induction brazing aluminum tubing to aluminum parts in less than 15 seconds. We have aluminum tubing and an aluminum āreceiverā. The brazing alloy is an alloy ring, and has a flow temperature of 1030Ā°F (554Ā°C). Equipment DW-HF-15kw induction heating machine Induction heating coil Materials ā¢ Aluminum … Read more
Objective High frequency induction brazing aluminum pipes Equipment DW-UHF-6kw-III handheld induction brazing machine Materials Šluminum to aluminum tube Flared at interface 0.25ā (6.35mm) Brazed to steel tube 0.19ā OD (4.82mm) Power:Ā 4 kW Temperature:Ā 1600Ā°F (871Ā°C) Time:Ā 5 sec Results and Conclusions: Induction heating provides: Strong durable joints Selective and precise heat zone, resulting in less part distortion … Read more