Bonding Technology Using Metallic
Tech Gallery
It is a bonding technique that uses free electrons to bond metallic atoms to each other at the atomic level.
By using our special proprietary metal as a brazing material, we have developed a new bonding technique that uses metallic bonds to create stronger and more conductive bonds.
1.High strength bonding
Our proprietary brazing material firmly bonds metals together to achieve a bonding strength that is nearly twice as strong as that of soldering. It remains stable even under severe conditions such as high temperatures and vibration. As a result, it is no longer necessary to worry about joint strength over long periods of use.
2.Excellent electrical and thermal conductivity
Its high conductivity allows heat to escape efficiently and prevents thermal deterioration and performance degradation of components. It is also suitable for high-power components and designs where heat concentration is a concern, as well as applications where heat generation measures are required.
3.High reliability to ensure automotive-level quality
It is capable of withstanding severe test conditions under high temperatures and vibration, and complies with the durability standards required for automotive parts. It provides high reliability even in harsh environments such as factories.
Conventionally, soldering has been widely used to join metal surfaces together.
It is a highly popular technique because it offers a good balance in terms of workability, cost, and performance.
In recent years, however, a better technique has been required to accommodate the increasing demand for high-performance products that operate under severe conditions.
In response, bonding techniques that use metallic bonds have been attracting attention because of their superior bonding strength, thermal and electrical conductivity, and high reliability in applications that require automotive-level quality.
Vehicle interior/exterior
Industrial equipment