Modern electronics are shrinking faster than assembly processes are evolving. MEMS sensors, thin-die semiconductors, flexible circuits, and implantable medical electronics are now standard production components.
A ceramic capacitor on an automotive PCB survives 2,000 thermal cycles without incident, then develops a hairline crack at its solder joint during cycle 2,001.
The decision between electrically conductive epoxy and solder is not a question of which is newer or which is better in the abstract. It is
Two-component epoxy adhesives play an important role in advanced manufacturing systems because they offer precision formulation control, structural reliability, and strong internal resistance to challenging
 IntroductionEncapsulants and adhesives are multifunctional materials used in electronic assemblies to protect the material against direct environmental exposure and support structural integrity, dielectric performance, and
In today’s tech-driven landscape, there’s a growing demand for smaller, more efficient electronic devices. Miniaturisation is at the forefront of innovation, spanning across smartphones, wearable
As the world advances towards advanced miniature gadgets, ensuring seamless functionality of microelectronic devices and reliability is a formidable challenge. Die-attach epoxy adhesives are pivotal
Electrically conductive epoxy adhesives are game-changers in modern technology. The electronics industry is growing fast, and these advancements need strong, reliable materials for better performance.
A] Introduction With the proliferation of electronic components into increasingly harsh and challenging applications, making components reliable has become a matter of paramount concern. PCB
 In the rapidly evolving electric vehicle (EV) industry, thermal management is a critical aspect influencing both performance and safety. As EV batteries generate substantial heat