High-grade metals that cannot be joined can be bonded using the power of explosives.
Explosive bonding is a processing method that involves colliding two types of metals at high speed using explosive force to join them together. It is commonly referred to as "explosive bonding."
After ignition, the explosive generates a significant pressure that bonds the metals at the atomic level. The bonding surface becomes wavy, which increases the contact area and results in a very strong bond.
One of the advantages of explosive bonding is its ability to join various types of metals. Unlike welding, explosive bonding adheres materials together without heating them, preventing any thermal changes in the materials. This method is particularly effective for bonding metals with significantly different physical properties.
With explosive bonding, it is possible to join metals that cannot be joined by conventional welding methods very securely. It is suitable for cases such as titanium and iron or copper and aluminum.
Prototyping for research and development can also be conducted. Multi-layer bonding of materials such as stainless steel, nickel, titanium, and aluminum is possible. Rolling after explosive bonding is also feasible.
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