What You Can Learn From Clad Metals

When you bond two varying alloys or metals, the outcome will be the metals you call clad metals that can provide your with a lot of functional characteristics that are far better than just using individually the combined metals. There are different forms of clad metals that you can make the most of such as sheet, wire, rod, plate, and tube forms. Alloys and metals that can be clad are those that are typically used for engineering purposes. Cladding is the best process to use to get specific composite material characteristics that you can never get in just one material.

Heavy electroplating, heavy chemical deposition, co-rolling, casting, diffusion bonding, co-rolling, and co-extrusion are just some of the examples of processes that help in the bonding of clad metals. One example of the process of cladding and the use of clad metals include their use in jewelry starting with combining the durable characteristics of their base metals as well as the attractive characteristics found in precious metals.

Clad metals can be categorized into two, the first one being overlay clad and the second one being inlay clad.

In terms of sophistication in their application, you can find them among inlay clads. An inlay will first be used and then the maker of material will be mixing together cheaper materials such as brass, stainless steel, and copper with the more expensive ones such as platinum, palladium, silver, and gold to make the best results. This is the best method of getting a better appreciation with precious metals on your materials all the while getting some properties that will work well as spring, welding, and heat sinking can result to.

Using inlay cladding rather than selective plating has been shown to provide you more benefits than just one. You can use a wide range of wrought alloys with inlay cladding. This results in getting a more consistent composition out of your clad metals and using different kinds of alloys that cannot ordinarily be plated. By being great at selecting your materials, there is no doubt that you can have a well-accomplished surface that is more wear resistant, more dense, and harder than typical plated surfaces.

The bonding of different layers of metals together is made possible with overlay cladding. The use of filler materials or adhesives is not done with this particular method of bonding metals or alloys. The use of extreme heat or extreme pressure is the reason for bonding to take place with this particular process of cladding. The end results can go as many as seven layers to three layer and two layers. There are several industries that can take advantage of overlay clads that are very much capable of being custom-made. View here for more about clad metals and more.

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