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Adhesives used in many industries work well, but often people are always looking for better and faster-acting adhesives. Adding heat often helps to bond materials faster. However, we know that with lasers and certain temperatures and times, we can actually change the molecular structure of both the glue and the material we want to stick to. Get more here about this or BGA underfill epoxy.
This means that by using lasers on alloys at appropriate temperatures, we can strengthen the weld that joins the parts and actually make the seam stronger than either of the alloys themselves. But using lasers for welding or in conjunction with adhesives is something new, isn't it? Indeed, but consider using molecules of CO2, Argon encased in strips of nanotube construction adhesive, then place them where you want to apply adhesive, and then smack the whole thing along the seam with a high-powered, high-energy laser , which is super heats up the material in microseconds and then shuts down and cools down quickly.
Such techniques in robot factories could strengthen hulls in ships, spacecraft, pipelines, airplanes and even cars. Consider stronger bridges, buildings, bikes, and composites for a moment. Everything could be made faster, stronger, more efficient and more error-free. No more human error, no more bad welds; only perfect and seamless quality? Do you want some of this? Me too, all you got for all I own? Structural failure could be a thing of the past. Consider all of this in 2006.
To know more: https://www.epoxyadhesiveglue.com/bga-package-underfill-epoxy/
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