Anodizing, an electrolytic passivation process, is aimed at increasing the thickness of the natural oxide layer on the surface of metal parts. This industry process is also being applied to computer chassis (also known as computer casing) as this is proven a practical way to protect a system unit, particularly the components inside it.
Some practical benefits of computer chassis anodizing:
It makes a computer casing sturdier and therefore can withstand the external force more than a computer that has not undergone the process. So, it cannot be easily deformed when a certain force is applied to it; thus, more protection is given to the components inside. It can hold the computer parts inside it in their respective places.
The anodizing process can provide more protection to the metal sheet from air moisture and other external constraints that can contribute to a faster degradation of a computer casing that is not anodized. In other words, it helps the metal sheet become more resistant to corrosion (aka rusting) and therefore can extend the lifespan of the system unit as a whole.
It makes the computer casing more resistant to wearing; it also minimizes scars, which are common during fabrication and surface dirt cleaning.
Anodizing advantages over other metal sheet processes:
The process is generally less expensive
As opposed to other metal processes, anodizing computer chassis provides a surface that cannot peel-off as the coating itself is part of the metal sheet.
Anodizing process provides a translucent property that makes a treated metal sheet in a deeper, richer metallic appearance. This gives an aesthetic advantage over other processes and, aside from that, provides the possibility of computerized color matching with quantitative, objective color data.
Anodizing is environment friendly; anodizing service providers, therefore, are indeed taking a bold step for environmental rehabilitation/protection campaign leading to a sustainable development.
Above are just few of the benefits and advantages that computer chassis anodizing has to offer. But there's more. This is why more and more companies choose this particular industry process - not just for computer casing but other metal materials as well used in the manufacturing industry.
Some practical benefits of computer chassis anodizing:
It makes a computer casing sturdier and therefore can withstand the external force more than a computer that has not undergone the process. So, it cannot be easily deformed when a certain force is applied to it; thus, more protection is given to the components inside. It can hold the computer parts inside it in their respective places.
The anodizing process can provide more protection to the metal sheet from air moisture and other external constraints that can contribute to a faster degradation of a computer casing that is not anodized. In other words, it helps the metal sheet become more resistant to corrosion (aka rusting) and therefore can extend the lifespan of the system unit as a whole.
It makes the computer casing more resistant to wearing; it also minimizes scars, which are common during fabrication and surface dirt cleaning.
Anodizing advantages over other metal sheet processes:
The process is generally less expensive
As opposed to other metal processes, anodizing computer chassis provides a surface that cannot peel-off as the coating itself is part of the metal sheet.
Anodizing process provides a translucent property that makes a treated metal sheet in a deeper, richer metallic appearance. This gives an aesthetic advantage over other processes and, aside from that, provides the possibility of computerized color matching with quantitative, objective color data.
Anodizing is environment friendly; anodizing service providers, therefore, are indeed taking a bold step for environmental rehabilitation/protection campaign leading to a sustainable development.
Above are just few of the benefits and advantages that computer chassis anodizing has to offer. But there's more. This is why more and more companies choose this particular industry process - not just for computer casing but other metal materials as well used in the manufacturing industry.
About the Author:
Roy Van Rivero writes an array of industry-related topics. He utilizes his years of experience working in the industry in writing such topics, including computer chassis anodizing. For more on this, visit GMP Plating, Inc. official website, which is managed by a sheet metal plating company in Morgan Hill, CA.
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