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Which Metals Work Best for Plating Ceramics?

While we often associate electroplating with metal products, the process also works with some non-metallic materials, such as ceramics. Manufacturers often choose to electroplate a coating of metal onto a ceramic substrate for the same reasons as metal-on-metal applications — increasing corrosion resistance, strengthening the product, conducting electricity and enhancing appearance. Electroless Plating Is an […]

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Plating for Microelectronics

If we were to trace the history of electronics, from the very beginning when computers took up entire rooms, to the present when incredible amounts of processing power and data storage are packed into a device fits into the palm of your hand, what conclusions might we draw? We might say that electronics are getting […]

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Plating Engineering-Grade Plastics

Overview: How Is the Process Different From Plating Onto Traditional Plastics? How Plating Works Electroless Plating on Plastics Electroplating of Engineering Plastics Uses and Applications Sharretts Plating Company Contact Us for More on Plating on Engineering-Grade Plastics As strong as they are, engineering-grade plastics may occasionally need a boost in hardness, appearance or other qualities […]

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Industries That Most Often Need Plated Ceramics

When many people think of ceramics, the first thing that likely comes to mind are items such as pottery, vases and works of art. However, ceramic materials also play a crucial role in the manufacturing of some types of industrial products. These substances exhibit a variety of characteristics and properties that are beneficial to manufacturers, […]

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Adhesion Problems While Plating Onto Plastics

Working Around Common Adhesion Problems While Plating Onto Plastics There are many practical reasons a manufacturer may want to electroplate a metal material onto a plastic product. For example, a metal coating can strengthen the plastic substrate and protect it against wear. Metal can also act as a sacrificial barrier that protects against corrosion, and […]

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Electroplating Non-Conductive Materials

Quick Links What Are Non-Conductive Materials? | The Challenge of Plating Onto Ceramics and Plastics Benefits of Electroless Plating | Electroless PLating | Using Electroplating to Complete the Process Manufacturers in a wide variety of industries rely on electroplating to provide a finishing touch for their products. Electroplating offers several benefits for the final piece, […]

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What Engineers Should Know About Electroplating

Electroplating has become an important technology in many industries, as metal coating can improve performance and durability of parts. Electroplating can be applied to a wide variety of materials to provide numerous benefits, such as better conductivity, resistance to wear and durability in extreme temperatures. Electroplating of parts can produce a better final product with […]

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Which Plastics Can and Cannot Be Plated Onto?

If you depend on metal plating as part of your manufacturing processes, you probably know that plating one metal onto another is a relatively easy process. However, if you need to add a metal coating to a plastic material, the procedure becomes more challenging. Plating onto plastic typically requires a series of additional preparation steps […]

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Plating Onto Plastics Troubleshooting

People have been plating onto plastics since the early 1960s when the automotive industry began doing so to decrease the weight of parts to improve fuel efficiency while still maintaining the sleek look of metal. Today, a variety of industries from consumer electronics to plumbing use it as well to enhance appearance and provide qualities such as […]

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Why Choose Silver Plating for Medical Devices?

Many different kinds of medical devices, from surgical tools to implants to MRI machines, incorporate metal coatings and finishes to provide or enhance various beneficial characteristics. Applying a thin metal coating, as through the plating process, to the outside of a medical device, can make it more electrically conductive, reflective, resistant to bacteria, and more. […]

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