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The Manufacturing Processes of Plastics Plastic objects are formed and created through various kinds of manufacturing processes including polymer casting, injection molding and CNC machining. Each kind has its own benefits and the process that's used depends on various factors, such as the type of plastic material and the design of the part. The number of required parts also plays a role in determining the kind of process that's used. You'll learn additional details about these methods and other information related to the manufacture of plastics when you read this blog. We aren't employed in the manufacturing industry, we wrote this blog because we have a genuine interest in the way plastics are made. After doing the research, we wanted to share our knowledge with others by writing these articles.



3 Industries That Can Benefit From Choosing Products And Tools With Zinc-Nickel Plating

Zinc-nickel finishing is a necessary process in a variety of products. The process ensures that manufactured items are corrosion-resistant. One of the key reasons that zinc-nickel alloys are ideal for finishing purposes is that the combo can be applied to a variety of metals.

Some of the compatible metals are among the most widely used worldwide, and many of them have been used by man for centuries to create tools and equipment. Modern finishing processes are ideal because they can result in longer-lasting metal products. The following points represent a few industries that utilize equipment or require parts that benefit from zinc-nickel plating.


Planes, helicopters, and even spaceships can be dangerous if they are poorly constructed. Fatal crashes can occur when the structural integrity of aircraft is compromised. This means that manufacturing needs to include finishing metal components to protect them against corrosion. Cadmium is one type of coating that is used in aircraft construction, but it has been identified as a carcinogen. Zinc-nickel plating is an environmentally friendly option that can be used in aircraft construction. 


There are various types of equipment and tools that are used in the agricultural industry. Many of the items are made of metals. Some of them are only used during certain seasons. If the metals are not protected during the downtime, they could corrode. Zink nickel plating protects valuable agriculture equipment and tools against the elements and during times when they are not needed.

Sometimes equipment used in agricultural processes gets exposed to chemicals such as fertilizers that could have a corrosive effect. Proper plating can provide protection that can counteract exposure to corrosive substances. This may prolong the lifespan of the equipment and prevent the need for premature repairs and replacement parts. 


The automotive industry produces various types of vehicles that are used for various purposes. Motorized vehicles generate heat during operation. An effective way to protect sensitive parts against heat damage is to ensure that certain parts are protected. Zinc-nickel finishing can provide protection to these parts, which often generate heat as a result of friction created during vehicle operation. 

Corrosion is a real threat to the integrity of metal products. It can negatively impact metal before the manufacturing process and cause company losses for manufacturers. Metal products such as electronics and parts can also develop corrosion on the consumer end. This has created a necessity to ensure that proper plating procedures are in place. Customer satisfaction and buyer confidence due to longer-lasting products may result in increased revenue. 

To learn more, contact a resource that offers zinc-nickel finishing services.