The Basics for Metal Bonding need to be now

Metal properties can bring benefits or problems; they expand and contract with temperature, they can be difficult but malleable and have great versatility. They conduct electricity, they can be resistant to chemicals or extremely reactive. With so many properties, it may be a struggle to bind them together: should the bond be rigid or flexible? Will dissembling be permanent or possible? What shock, water or toxins will it be exposed to? Is it meant to conduct or insulate?

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A metal bonding adhesive can involve a very particular combination of qualities for a particular purpose. As a result, these are highly technical and incredibly costly. However, not those from CT1 as they offer excellent value


An all-round adhesive that offers tight resistance bonds is all that is needed for most cases. Compared to forging, soldering and riveting, metal bonding adhesives have the ability to revolutionize production and cut costs.

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Epoxies, which have Two parts, have high adhesion but are inflexible and very brittle. A catastrophic failure could result in mechanical shock or metal expansion. They are more suited for larger surfaces, but then another drawback is experienced. It will be difficult to cover the surface and yet have a homogeneous cure rate since they are prepared fresh and set easily. If the curing process is decelerated, clamping is necessary and output is delayed.


It is still sensible to have a degree of surface pre-treatment of metals. As well as mud and grease, when exposed to sunlight, most metals accumulate a layer of oxides and salts. Adhesives which adhere to metal may not adhere to the oxide surface. Some oxides that bind well to the adhesive can not stick to their base metal. Either device is a source of possible vulnerability.

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