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Nickel Plating Techniques: A Comprehensive Guide

Nickel Plating Techniques: A Comprehensive Guide

Nickel plating is one of the most common and versatile finishing techniques, coming in many different types from electrolytic to electroless, and incorporated with several other materials in order to create new types of plating that can achieve certain properties. Plating has become a popular way to add an aesthetic and protective surface finish to a wide variety of metal components, and has even become the standard finish for some industries. 

What is metal plating?

Before we get into nickel specifically, let’s quickly examine what plating actually is. Metal plating is the process of subjecting a metal surface to a very precise chemical or electrochemical treatment. A certain type of metal, in the case of this blog post, nickel, is deposited onto a conductive surface by running an electric current through the chemical bath in which the parts are dipped. This results in a very thin layer of Nickel forming on the part’s surface, which will then protect the metal underneath from corrosion, abrasion, wear and tear, or other conditions.

The Different Techniques of Nickel Plating

Nickel is the basis for a wide range of plating treatments, coming in both electrolytic and electroless types, which can then be broken down into further categories. However, for our purposes, we’ll just be going over the basics of these two types of nickel plating.

Electrolytic Nickel Plating

Electrolytic nickel plating is one of the most common types of metal plating used around the world thanks to its versatility and overall material purity. The resulting deposited layer offers excellent uniformity in surface thickness, as well as lubricity and hardness. It’s generally one of the more cost effective options, depending on the end-use application of the part, and offers benefits such as superior adhesion, excellent corrosion resistance, and improved durability. Parts treated through electrolytic nickel plating can be found throughout many different automotive and aerospace applications. 

Electroless Nickel Plating

Plating typically involves an electric current triggering the deposition of the metal. But electroless nickel plating can be performed without the use of that electric current. The parts to be plated are set to soak in a chemical solution that causes the reaction automatically instead, binding the nickel ions to the surface of the parts, and forming the resulting finish. While not as applicable for parts that require conductivity and heat resistance, electroless nickel plating offers a much more uniform deposit thickness and superior corrosion resistance. This type of nickel plating is excellent for high-stress applications in the Defense, Industrial, and Aerospace sectors due to its durability and ductility. 

Other types of Plating that use Nickel

If you’ve been searching around for nickel plating services, you’ve likely heard of similar processes like zinc-nickel plating, or diffused nickel cadmium. While these aren’t strictly just nickel plating techniques, they do involve alloying nickel with another metal, like zinc or cadmium. 

Zinc-Nickel Plating

Zinc-nickel plating was developed as a safer and environmentally friendlier alternative to cadmium plating, which was previously popular due to its high corrosion resistance. Zinc-Nickel is a sacrificial coating–the zinc in the surface finish will react with any corrosive elements in the environment before the nickel does. The remaining nickel continues to protect the metal underneath, providing significantly longer resistance than zinc plating alone.

Diffuse Nickel-Cadmium Plating

Nickel-cadmium plating combines electrodeposits of both these metals, and is typically used on parts with low complexity made from some type of steel. A nickel-cadmium plated part technically goes through two different plating processes–first, with nickel, and then cadmium. Then, the parts are oven-baked in order to diffuse the cadmium into the nickel later, hence its name. 

About Reid Metal Finishing

Reid Metal Finishing is a leading supplier of a wide range of surface finishing treatments, including all four of the plating methods we’ve discussed above! We consistently set the bar for what a professional surface finish should be, and serve customers across several industries. Head over to our website to learn more about our service offerings and request a quote today.

Supporting Our Community and Our Heritage

Supporting Our Community and Our Heritage

Recently, the team at Reid Metal Finishing came together to support our local Heritage Museum. Every summer, we come together to work on a big project aimed at helping our community. This summer, on July 25th-26th, we helped out our neighbors at the Heritage Museum of Orange County with cleaning up their outdoor facilities!

“What RMF did in two days, we would have needed at least a month or two to complete!”

– Samuel Guitron, Facilities Manager
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“I am grateful because I had the opportunity to help and get to know the Museum, I always passed by there and I never knew what it was.”

– Rita Guzman, RMF

“I liked the effort we all put in, working together as a team which was necessary to help the Museum.”

– Agustina Mendoza, RMF

Over the course of two days, our team split up into groups to help clean up and refurbish some of the outdoor spaces for the heritage museum. One group sanded the pergola in their pavilion area and pruned some of the plant life that had taken over parts of the pergola. Another group spent the days cleaning up the gardens and moving mulch around to different parts of the facility. Others gave the various picnic tables around the museum a fresh coat of paint.

“I had a good experience because aside from helping them, they gave us a tour of the museum, we got to walk by the swamp, and it brought back very good memories of my town.”

– Adelina Rodriguez

“For me it was something nice to have helped the museum and also to have met people from other areas of our company and to have collaborated as a team.”

– María Balderrama

“The volunteer event was great and elevated my knowledge about Orange County’s nature!”

– Octavio Ortuno
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“It is an honor to be part of a project that makes a difference in my community. Thank you RMF.”

– Elena Lopez, RMF

“I was pleased to be a part of the Heritage Museum project. I didn’t realize that they had a lot of different beautiful sections in their property. It was a joyful experience, and it felt good helping the community.”

– Marcial Navarrete, RMF

RMF’s team enjoyed our time helping the Heritage Museum as well as the tour of the facilities that the museum’s staff treated us to. We are always looking for ways to invest in our community and we value the history of our local county–though the museum’s century of history puts our 30 years to shame! We’re grateful for the opportunity to support and give back to our neighbors, and look forward to more opportunities like this in the future.

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About the Heritage Museum of Orange County

Heritage Museum of Orange County is a nonprofit organization dedicated to prefergin, promoting, and restoring the county’s heritage through hands-on educational programs, community events, and history exhibitions. This cultural and natural history center also provides environmental stewardship opportunities for students and visitors of all ages. The history of the museum’s centerpiece building dates back to 1898, and much of the original structure and surrounding buildings are still intact and well preserved to this day.

About Reid Metal Finishing

Reid Metal Finishing is a family-oriented metal finishing company with a long reputation for consistently high quality finishes and strict adherence to industry quality standards. We offer all different types of anodizing, plating, and chem film treatments for customers across a variety of markets, from medical to military and beyond. We are a company that values integrity, safety, loyalty, and quality, and these values are the foundation of everything that we do.

Advancements in Non-Destructive Testing Technology: Improving Inspection Precision

Advancements in Non-Destructive Testing Technology: Improving Inspection Precision

Reid Metal Finishing (RMF) employs many different methods of quality control and inspection in our facility, one of which being non destructive testing. Commonly referred to as NDT, this term refers to any sort of testing or analysis process that evaluates the quality and structural integrity of a manufactured product or a finished process without destroying it. 

Non Destructive Testing–Benefits and Recent Advancements

NDT has grown more popular over the past few decades, because even after testing is complete, the product is still usable. This reduces the amount of time and money spent on creating sample products that are necessary for destructive testing, which will then be useless after testing, and waste both money and materials. NDT methods are noninvasive procedures, so they won’t damage the tested product, and provide safer, more comprehensive ways to inspect finished projects. Destructive testing is incredibly useful as well, but NDT procedures offer a method of quality control that removes the risk of errors, inaccuracies, and other issues without having to damage part of the product. 

That being said, non destructive testing methods tend to rely much more heavily on technology and the user’s knowledge of science. As technology has advanced in recent years, these advancements are becoming increasingly more relevant in NDT as well. Cloud computing, automation, artificial intelligence and machining learning–all of these have led to more advanced sensors, improved monitoring, and smarter, automatic analysis programming. 

So how does this help with metal finishing? 

NDT is popular in metal finishing services because it allows the supplier to test the surface finish for irregularities or cracks without damaging the coating. For example, Reid performs fluorescent penetrant inspection and magnetic particle testing to examine the surfaces of the parts that we coat for defects, surface cracks, and irregularities. 

Fluorescent penetrant inspection (FPI) is a relatively simple inspection technique that applies a fluorescent oil to a part’s surface. This oil then glows under black light, revealing any cracks or stress points on the surface that it may have flowed into. 

The other service that we perform, Mag particle inspection (MPI), requires significantly more advanced equipment, both to magnetize a part for inspection and to demagnetize it afterwards. MPI also needs good sensors to detect irregularities in the magnetic field that may signal defects on the part’s surface.

Both of these are excellent ways for us to ensure the quality of our surface finishes without risking further damage to the part. 

About Reid Metal Finishing

Reid Metal Finishing is a premiere metal finishing company offering one of the widest ranges of finishing services in the country, as well as several value-added capabilities and quality inspection services. Check out our website to learn more!

Colorful Possibilities: A Deep Dive into Aluminum Anodizing Dyes and Finishes

Colorful Possibilities: A Deep Dive into Aluminum Anodizing Dyes and Finishes

Aluminum components are anodized for a number of reasons–corrosion resistance, improved durability, wear resistance. There is another benefit that anodization can offer that has less to do with functionality and longevity and more to do with aesthetics. Anodization offers a method for electrochemically coloring an aluminum surface for a long lasting and fade resistant surface finish. 

How anodization works

In order to understand how the dyeing process occurs, it’s important to first understand the anodization process itself. Aluminum anodizing is an electrolytic process that increases the natural oxide layer on the surface of a part. This increases the corrosion resistance of the surface, as well as its abrasion and wear resistance. 

Aluminum parts to be anodized are first pre-treated and prepped, then immersed in an electrolytic bath that typically contains sulfuric acid. A direct current is then applied to the bath, causing the chemical reaction of controlled oxidation. This first forms a layer of thin, non-porous oxide that acts as a protective shield and a base for subsequent layers such as color or other finishes. 

If the anodization process is taken a step further, it forms a thicker, porous oxide film that can better absorb dyes and other additives for coloration or functional properties. The porous layer can also be sealed for additional protection. 

Adding a bit of color

Aluminum anodizing colors differ from paints, being a subtractive rather than additive surface. Unlike paint, which simply covers a substrate, the dyed oxide layer doesn’t actually reflect any light that hits it–instead it transmits any light rays to the aluminum base underneath, which then reflects that light back through the film. In this way, the anodized oxide layer acts as a filter for the light, which can make color matching more difficult. Because of this, the actual color match depends not just on the dyes, but also on the aluminum grade, the type of anodization applied, the number of dyes used, and the crystalline structure of the metal. 

When it comes to actually adding the color to an anodized aluminum part, there are four main ways to do so during the actual chemical reaction. 

  • Electrolytic coloring (not offered by RMF) involves immersing aluminum parts in a solution containing metallic salts of a certain color. These salts fill the pores of the oxide layer, creating a coating that is strong enough to resist UV rays, but is limited to only a certain few colors such as bronze or black. 
  • In dip coloring, (offered by RMF) the parts are placed in a tank that contains a particular dye, which fills up the pores. The parts are then rinsed in deionized water and sealed for maximum corrosion resistance. Although dip coloring has many color variants, its UV resistance is not as good as that of electrolytic coloring. 
  • Integral coloring (not offered by RMF) combines anodizing and coloring in order to add a bronze or black surface finish to aluminum products, and features excellent abrasion resistance. 
  • In interference coloring, (not offered by RMF) the pore structure of the oxide layer is enlarged, allowing for the deposition of several colors ranging from blue and green to yellow and red as a result of optical interference. 

Reid Metal Finishing–Supplying Every type of Quality Metal Finish

In need of a metal finishing company for your products? Reid Metal Finishing has been the trusted partner for metal finishing services of all types, including a wide range of aluminum anodizing capabilities, for several decades. Check out our website to learn more!

Chem Film 101: Understanding the Basics of Chromate Conversion Coating

Chem Film 101: Understanding the Basics of Chromate Conversion Coating

Chromate Conversion Coating or Chem Film is a common type of coating used to protect aluminum and other metals from corrosion. This easy and efficient type of metal finishing treatment is popular in Aerospace and Military equipment applications due to its excellent protection against corrosion and its ability to serve as a base for future coatings like paints and adhesives. 

What is Chem Film?

Chem Film has a lot of names–Chromate conversion, Alodine, and Iridate–but all refer to the same process of finishing aluminum, or making it less affected by the environment around it without affecting the material underneath. The coating is mainly made of a chromate, and can be applied directly to the surface of aluminum. 

While chem film is usually applied to aluminum components, it’s also an excellent finish for copper, cadmium, tin, magnesium, zinc-plated steel, and iron. Regardless of the metal, it’s an excellent base for many other coatings, while still offering high corrosion resistance just on its own. 

Common Types of Chem Film

Chem film has four basic types, each distinguished by its chemistry and the standards set for it:

  • MIL-DTL-5541
  • AMS-2473 & 2474
  • MIL-C-81706
  • AMS-C-5541

The MIL-DTL category of chromate conversion coatings are the most commonly used and has two Types. 

  • Type I refers to sodium dichromate or hex chrome films, and is known for its composition of hexavalent chromium. While this initially was widely used, Type I Chem Film was replaced by the development of comparable substitutes for the more dangerous hexavalent chromium. 
  • Type II or hex-free chromate is now the preferred version of the MIL-DTL category, replacing hexavalent chromium with materials such as zirconium, titanium, or trivalent chromium. Type II has also gained popularity because its application process tends to be faster and more efficient than the application of Type I. 

The Chem Film Process

The chem film process is fairly simple, and though it may vary between different suppliers. 

  1. First, all dirt, residue, and debris is cleared from the parts’ surfaces and the parts are thoroughly rinsed. 
  2. Once the parts are clean, they can be treated in an acid or alkaline etch to remove any alloying elements that could interfere with the chemical reaction of the coating. The parts are fully rinsed in water once more. 
  3. After the parts have been etched, they’re treated again, this time in an acid that will remove the naturally occuring oxide film on the surface. The parts are then rinsed again before being sent to the final step. 
  4. Now that the parts have been fully cleaned, etched, and deoxidized, the chem film coating can be applied. Following the conversion coating, the parts are rinsed a final time and dried.

The benefits of Chem Film

Chem film coatings have several advantages. First, they tend to be more economical and cost efficient than other processes, as they require fewer steps and less labor. Chem films are also very easy and quick to apply, and serve as a good base or primer for later coatings, such as paints. They can also be combined with Type II anodization to repair small damages to anodized surfaces. In addition, chem film coatings are very thin and nearly immeasurable, so they have little to no effect on part dimensions. 

The applications of Chem Film

Chem film treatments are popular in a wide range of industries, including industrial manufacturing, electrical equipment, and defense manufacturing, but they are most commonly associated with the Aerospace industry. Chem films, like we’ve mentioned before, aren’t applied just by themselves–they’re often used as a primer or substrate that other coatings can be added to later on. They can prevent fingerprinting on softer metals and offer reliable electrical connections between parts as well. 

Looking for a supplier of chem film coatings?

Reid Metal Finishing is an AS9100 certified and Nadcap accredited supplier of several different metal finishing treatments, including chem film. Check out our website to learn more about what we can do for you!

Electroless Nickel Plating: Enhancing Performance and Reliability

Electroless Nickel Plating: Enhancing Performance and Reliability

Electroless nickel plating is one of the most unique types of plating that we offer here at Reid Metal Finishing. This type of nickel plating offers several advantages and is popular due to its incredible versatility, as the coating can be applied to nearly any metallic substrate, without the usual limits of coating thickness. 

The electroless nickel plating process

Electroless Nickel Plating (ENP) is a process that deposits a nickel alloy coating onto a metal substrate through chemical reduction–and without the use of an electric current typical of other plating processes. Using a chemical reduction agent, the chemical bath causes a reaction that deposits nickel ions onto the substrate. While it does require the use of phosphorus additives in order to deposit nickel ions, the process doesn’t require the constant filtration to keep debris in the bath from adhering to the surface. 

ENP is an incredibly versatile coating, and the amount of phosphorus plays a large role in the characteristics of the coating. Higher phosphorus content in the bath will lead to better corrosion resistance as a result, but also less hardness, and the reverse is true as well–lower phosphorus content results in higher surface hardness, but less resistance to corrosion. This allows the user to adjust the amount of phosphorus in order to get the properties that they want. 

The benefits of electroless nickel plating

Electroless nickel plating is a cost effective coating that is popular for applications where a uniform coating is needed on components with slots, holes, and the insides of tubing. These types of applications tend to pose more of a challenge for electrolytic deposits. 

ENP offers the best corrosion resistance in environments when the parts will be exposed to salt water, carbon dioxide, high oxygen content, and hydrogen sulfide. The coating is highly resistant and reliably long-lasting, offering a lower-cost alternative to corrosion-resistant alloys.

The main benefit of course is this coating’s versatility and durability. The phosphorus content of the coating can be adjusted in order to get the right level of hardness or corrosion resistance. Combined with the increased ductility that ENP will impart onto the substrate, this type of coating has become popular in many high-stress applications across the Aerospace, Defense, Industrial, and Automotive industries. 

There are several other benefits as well, including improved electromagnetic interference shielding, popular in aerospace and defense applications, and enhanced lubricity for automotive and industrial equipment. Overall, ENP has proven time and again to enhance part performance and life cycles for more reliable operation in the long run. 

Looking for a quality supplier of metal finishing services?

Reid Metal Finishing has one of the largest arrays of metal finishing services, including electroless nickel plating and several types of electrolytic plating, anodizing, chemical film, and more. For more information, check out our website or contact us.

Zinc Nickel Plating: Superior Corrosion Protection for Harsh Environments

Zinc Nickel Plating: Superior Corrosion Protection for Harsh Environments

One of the many different metal finishes that Reid specializes in is zinc-nickel plating. While a relatively recent type of coating compared to others, zinc-nickel plating has proven to be an excellent finish, suited for challenging environments, exhibiting a corrosion resistance that’s comparable to the more expensive cadmium plating. 

What is zinc-nickel plating–and how does it work?

Zinc-Nickel is a high performance alkaline coating that imparts exceptional corrosion resistance to metal parts on the same level of the traditional cadmium plating. The combined alloy of Nickel with Zinc creates a unique composition that corrodes far more slowly than zinc alone–getting the best of zinc’s sacrificial coating properties and Nickel’s high strength and hardness. The Zinc in the alloy acts as a sacrificial coating, degrading before the metal underneath, while the Nickel remains to further protect the material for far longer than either coating could do on its own. 

Superior protection–even in harsh conditions

Zinc Nickel plating combines the best of both worlds–zinc’s superior corrosion resistance and Nickel’s strength, ductility, and hardness. The result is a highly flexible coating that can be improved through secondary processing such as passivation, depending on the requirements of the application. Typically, the coating is applied to parts made of steel, copper, brass, and various types of iron that will encounter either harsh environmental conditions or rigorous operating conditions. 

Zinc-Nickel coatings also provide excellent heat and wear resistance. This is especially useful for moving parts, or parts that will regularly encounter rigorous operating conditions, such as those used in the components of landing gears, actuators, flap tracks, and other aviation equipment. Its corrosion resistance also lends well to a wide variety of environments, no matter how harsh, making the finish an excellent choice for parts used in industrial equipment, fasteners, and military equipment. 

In addition, this particular type of plating is also very ductile, and produces a thin and uniform coating. This contributes to the coating’s durability, allowing it to endure high amounts of stress without compromising the metal underneath. 

In need of a supplier of zinc nickel plating and other finishing services?

Reid Metal Finishing offers several decades of experience in a wide range of metal finishes, zinc-nickel plating included. To request a quote, or to learn more about what we can do for you, check out our website today.

Cadmium Plating Best Practices: Ensuring Quality and Compliance

Cadmium Plating Best Practices: Ensuring Quality and Compliance

Cadmium plating is one of the many services that Reid Metal Finishing offers, and we understand better than anyone the importance of quality, safe practices when it comes to this type of metal plating. 

An overview of cadmium plating

Cadmium plating is a soft, sacrificial coating that can be deposited onto a variety of metals such as steel, copper, and iron. The various types or classes of cadmium are distinguished by their thickness and whether they are supplemented by a chromate or phosphate treatment. For example, type II cadmium plating is treated with chromate for increased corrosion protection in salt-fog environments, while type III is treated with phosphate for better adhesion to secondary coatings like paint.

Currently, cadmium plating has the best corrosion resistance without having to add a thick coating to the metal, and can even resist contaminants such as mold and bacteria growth. It also imparts several other benefits to the metal, such as improved strength, malleability, and lubricity. 

Applications

There are still many applications where the excellent corrosion resistance of cadmium plating, as well as its high strength, are absolutely necessary. Many of its engineering properties have yet to be matched by a single finish, and so the finish is used across aerospace and military applications. 

Ensuring safety and compliance during cadmium plating

The use of cadmium plating is heavily regulated and restricted due to its high toxicity, and thus has to be done by an experienced shop with the proper accreditations. For example, Reid Metal Finishing is compliant with the NADCAP criteria for cadmium plating, as well as several other types of electroplating, and we maintain an AS9100 quality management system to meet aerospace quality standards. Both of these standards require regular recertification and accreditation to ensure that any shops have continued to uphold the standards set by these organizations.  

If you’re looking for a supplier of cadmium plating services, look no further! Check out Reid Metal Finishing today.

A look at Sulfuric Anodizing: how it works and where it’s used

A look at Sulfuric Anodizing: how it works and where it’s used

Sulfuric anodizing is one of the many types of finishing services that we offer at Reid Metal Finishing. This type of aluminum anodization is unique, offering both excellent durability and aesthetics, making the coating an excellent choice for a wide range of applications. 

Type II Anodization

Sulfuric acid anodization, also known as Type II anodizing, is an anodization process that uses sulfuric acid as the primary agent. Like any other anodization process, the aluminum parts are cleaned and rinsed thoroughly to remove any oxide on the surface. Then, they’re placed into an electrolytic bath of sulfuric acid (H2SO4) and exposed to an electric current, causing the surface to react and form a highly resistant coating of aluminum oxide on the surface of the part. 

Anodization types have been traditionally compared using the thickness of the layer provided and the hardness of the resulting surface. Type II anodizing is popular being right in the middle of the spectrum, with Type I offering the thinnest coating but a less hard surface, and Type III offering high surface hardness, but a much thicker coating. Sulfuric anodizing is right in the middle of these two, offering a fairly thin coating that is hard and resistant to abrasion and corrosion. 

The benefits of Sulfuric Anodizing

Sulfuric anodizing is a popular treatment for many reasons. Firstly it’s incredibly versatile, able to accommodate a wide range of dye colors, even after anodization is complete. It’s also popular for use on titanium components as well as aluminum, though the process is still more widely applied to aluminum components.

In addition to its excellent durability, sulfuric anodization also imparts an aesthetically pleasing appearance onto the aluminum regardless of if it’s dyed or not. Because the surface can be dyed in a range of colors, it’s become popular for use in applications such as consumer goods and appliances. Its corrosion and wear resistance has made it popular in applications in the Aerospace, Automotive, and Defense manufacturing, where long-lasting components are a must. 

Looking for an expert in sulfuric anodizing?

Reid Metal Finishing is one of the most experienced metal finishing companies in the U.S., with over thirty years of excellence in quality, performance, and service. Check out our website to learn more about our sulfuric anodizing services, as well as our many other metal finishing capabilities.

Quality Assurance in Metal Finishing

Quality Assurance in Metal Finishing

How Reid Metal Finishing Strives to Ensure Excellence

Metal finishing techniques are common and valuable ways to improve the quality, corrosion and wear resistance, and even the aesthetics of metal parts. Metal finishing companies are often one of the last steps in ensuring the quality of a metal product before it’s shipped off to be installed into the end-use equipment or sold to end-use consumers. Good quality management procedures can ensure that any metal finishing processes are completed not just to standard, but also on time. 

Reid Metal Finishing has a long record of quality assurance and a proactive approach to continuous improvement of our company. We take several steps to offer professional, top-grade metal plating, anodizing, and chem film finishes for our partners, upholding several NADCAP certifications and accreditations, as well as the Aerospace AS9100 certification for quality management systems throughout our shop. 

Considerations for Quality in Metal Finishing

There are many factors that we keep in mind in each project that we take on, such as plating thickness, proper cleaning and pre-treatment, temperature and stress relief. 

Plating Thickness

In any plating process, the thickness of the plating is important. Not only do we have to ensure that the thickness matches what our customer’s design requires, but we also have to keep the plating even across the part. We precisely control the deposition of the coating for an even surface across the part, especially for small or complicated geometries. 

Plating also causes minor changes to the dimensions of the parts, and should be accommodated in the part design. Depending on the part’s application, our customers choose a thinner or thicker coating.

Pre-cleaning and Treatment

Reid performs metallurgical analysis on certain component surfaces to determine the best type of acid wash, exposure, and temperature profile is best for pre-treatment and cleaning of the part. Cleaning is important for removing debris before any type of metal finishing process, ensuring a smooth surface that is easy to plate or anodize.

Temperature Control

Most metal finishing treatments include heating and cooling steps that need to be precisely controlled and measured. Heating can also introduce stresses into the parts, and can be mostly avoided through proper control. Any residual stresses can be removed through thermal stress relief.

Thermal Stress Relief

Many metal components, especially those that will be used in aerospace applications, will undergo harsh conditions such as large amounts of force, extreme temperatures, and regular and consistent operation. Thermal stress relief eliminates any temperature-induced stress that might have been introduced to the part, protecting the part from deformation in extreme conditions.

Looking for a supplier of quality metal finishing services?

Reid Metal Finishing has been a premier plating and anodizing company for several decades, with a long history of excellence and commitment to quality. Check out our website to learn more!

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