What is Kesternich Testing?

Kesternich testing sulfur dioxide

Kesternich testing, also known as Kesternich corrosion testing, is a method used to evaluate the corrosion resistance of metallic materials, including plated surfaces. The test is named after the German engineer Wilhelm Kesternich who developed the method. The Kesternich test is specifically designed to simulate the corrosive effects of acidic atmospheric environments on metals. This…

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Key Factors in Zinc Nickel Plating Services

About DeKalb Metal Finishing

When customers are seeking zinc-nickel plating services, they typically look for several key factors to ensure that their specific requirements and quality standards are met. Here are some common considerations: 1. Corrosion Resistance: Zinc-nickel plating is often chosen for its superior corrosion resistance compared to other types of coatings. Customers prioritize service providers that can…

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Why is Zinc Nickel Electroplating Used on Parts for Rubber to Metal Bonding?

Zinc-nickel electroplating is commonly used on parts for rubber to metal bonding due to its excellent corrosion resistance and compatibility with rubber adhesion. Here are a few reasons why zinc-nickel electroplating is favored in such applications: Corrosion Resistance: Zinc-nickel alloy coatings offer superior corrosion resistance compared to other plating options like pure zinc or cadmium.…

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What Makes Zinc Nickel Electroplating Different?

Zinc nickel electroplating is a specialized electroplating process that involves depositing a coating of zinc-nickel alloy onto a metal surface. The primary difference between zinc-nickel electroplating and traditional zinc electroplating is the composition of the coating. Here are some key characteristics that differentiate zinc-nickel electroplating: Alloy composition: Zinc-nickel electroplating involves the deposition of an alloy…

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Zinc-Nickel Plating Specification Highlight: FORD – WSS-M1P87

Ford specs for zinc nickel plating

At DeKalb Metal Finishing, we care about closely following and meeting the specifications set forth by the automotive industry. This is a primary reason why we have become specialists in understanding the OEM specifications created for plating automotive parts. The most common questions we get as zinc nickel electroplating experts are regarding Zinc-Nickel (Zn-Ni) plating…

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Why Is the NAVISTAR – MPAPS G22 Specification Important to Automotive Part Manufacturers and Zinc Nickel Plating?

navistar diesel engine

The NAVISTAR-MPAPS G22 specification outlines the requirements for the materials and manufacturing processes used in the production of engine components for Navistar diesel engines. Automotive part manufacturers who produce engine components for Navistar diesel engines need to be familiar with this specification to ensure that their products meet Navistar’s quality standards and are compatible with…

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Application of Nickel Plating

Though not as widely used as some other electroplating processes, such as zinc plating, zinc nickel plating offers an improvement in corrosion protection, can be used for various complicated shapes, and provides amplified brightness when used as a base layer for a surface. Here are some common applications for nickel plating. Zinc-nickel electroplating is the…

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Benefits of Zinc Nickel Plating

A popular way to protect various metals from corrosion, zinc nickel electroplating is widely utilized across many industries. With its resistance to harsh chemicals and other environmental elements, it is easy to see why this coating is a popular choice in the automotive industry. From underbody components to disk brakes, various automotive components are exposed…

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