What is nickel plating?

Nickel plating is an electroplating process that applies a thin layer of nickel metal onto a metal surface to improve corrosion resistance, wear resistance, and appearance. This layer is typically under one thousandth of an inch in thickness, or 8-30 microns depending on the application and specifications.

What are the benefits of nickel plating?

Nickel plating offers:

• Corrosion protection
• Improved durability
• A bright, reflective appearance
• Increased wear resistance
• Better conductivity for some applications

Do you offer nickel plating near me?

Master Finish Co. provides nickel plating services for customers throughout Michigan, nationwide, and even for some global companies. We work with companies looking for reliable, high-quality metal finishing solutions.

Can brass parts be nickel plated?

Yes. Brass is commonly nickel plated to improve durability, corrosion resistance, and appearance for decorative and industrial applications. Master Finish can nickel plate brass parts on both our barrel and rack plating lines.

What is nickel chrome plating?

Nickel chrome plating combines a nickel undercoat with a chrome topcoat to create a durable, corrosion-resistant, and highly polished finish commonly used in automotive and decorative applications. This combination is superior to using either metal without the other. Reach out and we would be happy to explain why and help you choose the finish that is best for your application.

What industries commonly use nickel plating?

Nickel plating is commonly used in:

• Automotive manufacturing
• Industrial machinery
• Hardware production
• Medical device manufacturing
• Consumer products
• Aerospace components

What is chrome plating?

Chrome plating is a finishing process that deposits a layer of chromium onto metal parts to improve appearance, hardness, and corrosion resistance.

What is the difference between decorative chrome plating and hard chrome plating?

Decorative chrome plating focuses on appearance and corrosion resistance, while hard chrome plating is designed for industrial wear resistance, reduced friction, and increased durability. For more details, see the blog on our webpage: [link here].

Do you provide chrome plating near me?

Master Finish Co. provides chrome plating services for customers throughout Michigan, across the United States, and even for some global supply chains from our location in Grand Rapids, MI.

Do you offer automotive chrome plating?

Yes. Master Finish Co. provides decorative chrome plating services for automotive components and specialty parts.

What is flash chrome plating?

Flash chrome plating is a very thin decorative layer of chrome applied primarily for appearance and light corrosion resistance. It is typically applied over an electropolished part. We do not offer this service at Master Finish.

What is black chrome plating?

Black chrome plating is a specialty finish that creates a dark, mirror-like, reflective decorative appearance while still offering corrosion resistance and durability. All of our black chrome finishes are made with a trivalent chrome process.

What are the advantages of black chrome plating?

Black chrome plating provides:

• A unique dark appearance
• Improved wear resistance
• Decorative appeal
• Corrosion protection

Do you offer black chrome plating near me?

Master Finish Co. offers black chrome plating services for customers in Michigan, nationwide, and even for some global supply chains, all from our location in Grand Rapids, MI.

What applications use black chrome plating?

Black chrome plating is commonly used for:

• Automotive trim
• Firearms components
• Consumer products
• Decorative hardware
• Specialty industrial parts

What is barrel plating?

Barrel plating is a metal finishing process used to plate large quantities of small parts efficiently by rotating them in a plating barrel during processing.

What are the benefits of barrel plating?

Barrel plating offers:

• Cost-effective processing
• Consistent coverage
• High-volume production capability
• Efficient finishing for small parts

What types of parts are best for barrel plating?

Small fasteners, brackets, connectors, hardware, and high-volume production components are ideal for barrel plating.

Does Master Finish Co. offer plating barrels for high-volume production?

Yes. We offer barrel plating solutions designed for efficient, large-scale production runs.

Does Master Finish Co. provide nickel plating services in Michigan?

Yes. Master Finish Co. provides all of our electroplating services for customers in Michigan, nationwide, and even for some global supply chains, all from our location in Grand Rapids, MI.

How do I choose the right plating company?

When selecting a plating company, consider:

• Experience
• Quality standards
• Turnaround time
• Industry expertise
• Finish capabilities
• Customer service
• Technical capabilities and traceability

What types of finishes can improve corrosion resistance?

Nickel plating, chrome plating, and black chrome finishes can all help improve corrosion resistance depending on the application.

Can plating improve the lifespan of industrial components?

Yes. Proper metal finishing can significantly extend the life of industrial parts by reducing wear, corrosion, and surface damage.

How does an APQP launch process work with a chrome plating supplier?

Master Finish has a team that works with you from the design phase of your product through launch, program life, production, and continuous improvement to help ensure the best outcome for your product.

What information should be provided during a plating kickoff meeting?

Our team at Master Finish will walk you through this process with a checklist. Typically, there are 5-7 things we will want to review with you, starting with part drawings, plating specifications, product use, appearance zones, packaging for part protection, required testing at launch, and continuous conformance requirements.

We will also want to work with you on how you would like our inspection team to sort product so we are aligned with your needs.

How does automated chrome plating improve consistency?

In the plating process, there are typically 20-40 steps, including cleaning, rinsing, and plating from start to completion. By running the process with PLC controls, all times and parameters, such as electrical power for the plating process, are better controlled than they can be by human hands. This helps reduce variations in the outcome of your plating.

How does digital rectification improve chrome plating quality?

Digital rectification can improve the precision of the process in several ways. Older analog units use silicon diodes to transform high-voltage AC energy into high-amperage DC energy. These units leave a lot of ripple in the DC current, which can cause inaccuracy when understanding the amount of energy being supplied to the parts in the plating process.

New digital switch-mode rectification is far more precise and produces DC energy without ripple. It can also be controlled with almost 100x greater precision. This allows for much better control of the metal deposit.

In addition to improved performance, these systems are also more efficient, converting 96-98% of the energy to the plating tanks. Older technology runs at 60-80% energy efficiency.

What advantages do automated chemical feed systems provide?

Historically, plating operators were required to perform chemical titration analysis to determine how much chemistry was being depleted daily from their tanks. After analyzing the chemistry, they could create an add sheet for line operators to add back the depleted material.

With line automation and automated feeders, we can microdose after each load leaves the tank based on the calculated consumption from that load. If we process 100-200 loads per day, this makes our chemical variation much smaller than a plating supplier that controls chemistry daily.

Reducing variation and improving control over chemistry helps create more repeatable and reliable products.

What should OEMs know before launching a new decorative chrome program?

OEMs and tiered suppliers should know there are many advantages to using electroplating to finish parts. Electroplating can have a lower carbon footprint than paint and organic coatings, create less waste, and provide better protection in many cases.

OEMs should also know that support is available from suppliers and trade organizations like NASF and CCAI.

What plating challenges are commonly discovered during prototype reviews?

There are a few categories of issues that can come up during the development phase of a product launch. These are important to understand and plan engineering controls around so you can improve the chances of avoiding problems.

Part geometry issues can occur when parts have sharp corners, fine edges, blind holes, longer lengths, thin sidewalls, flexible shapes, or Class A critical features on many exterior surfaces. These features can require engineering work to properly design plating racks and clips that minimize the impact of the part design on the plating process.

Rack and clip connection issues can occur when parts are not rigid or have no or limited areas where a rack witness mark is available. Parts that do not have a way to apply a spring-tension clip to connect the part to the rack can make holding the part in a secure position very difficult, if not impossible.

Some parts also have shapes that make it difficult or impossible to force the electrical current to drive to certain locations on the part surface. This can require the creation of a special electrical cell inside the plating chemical bath. Using this can increase costs and tooling costs, and it can limit which suppliers are capable of producing your part.

The key is to get a plating expert involved in the design process early so you can avoid costs and quality risks before they reach production.

How can engineers design parts for successful decorative chrome plating?

When designing a product for plating, make sure it can be submerged and then pulled out of water in the same orientation without pooling water anywhere. This keeps plating companies’ valuable chemicals in their own tanks.

Avoid sharp edges or points. These features increase current draw in the pointed area and can lead to burn. Sharp edges and corners should be rounded off or eliminated where possible.

Talk to our team about this topic. We are willing to help.

What causes variation between plating suppliers?

One truth about the plating industry is that it is made up of shops of many different sizes, often specializing in a finish or two. Each shop has a plating line designed for its specific products, and the lines are all very different.

They can range from small shops where operators move racks by hand out of large containers to shops where the line is so large that you can plate an assembled car all at once. They can also range from one-off, one-at-a-time plating to fully automated, large systems with tanks designed so specifically that they can only run one thing or one type of thing.

For example, pickup truck bumpers are plated in a very specialized system.

What makes decorative chrome plating programs succeed over the long term?

There are a few important things to consider when setting up a production-volume system to ensure long-term success.

It starts with a good development process and taking the time to develop things correctly. This helps head off issues that may be missed in an early run.

A good plating rack maintenance system can help keep racks in good working order and ready for quality production. Consistent chemical maintenance is also key to process stability.

Open communication between the plating company and the company making the parts being plated is crucial for part quality outcomes. Changes to the metal supplier, processing methods, oils and lubes used in making the parts, and other parameters can cause issues in the plating process.

Collaborating with the plating team and checking with them when changes are coming helps keep everything running smoothly for everyone.