Four Helpful Tips to Make a Metal Polishing Job Go a Lot Smoother

Metal polishing is widely used many in applications across many industries in order to achieve a more attractive and even appearance. By removing a thin layer on the metal’s surface, microscopic directional marks are left to give it the nice polished look. Although it is a pretty straight forward process especially for trusted metal polishing companies like Badger Anodising (Birmingham) Ltd, some factors can affect the outcome. This is why you should still do everything you can to make the process go smoother, at least on your end.

Finish Up First

It is a bad idea to send metal pieces to the polishers if you plan on doing more work with it later. For instance, if you do some welding, etching or any other process after, it will ruin the polishing. Then, you would have to repeat it all over again, wasting time, money and effort in the process.


Polishing Aluminium and Other Metals for Better Protection and Lustre

Many of the stuff you have at home are made of non-ferrous metals, from the vehicle in your garage to the wedding ring on your finger. These metals are unlikely to rust anytime soon. In fact, some of them may still have the smoothness and lustre they have had when you first bought them. Those preserved properties are proof that these metals were excellently polished and finished before being turned into the products they are now.

How Polishing Helps

Even non-ferrous metals like aluminium, copper, and chromium cannot evade the onslaught of aging and corrosion. They will become paler and less attractive over time, especially if they are constantly exposed to the elements. Polishing and finishing are done to restore their original decorative appeal as well as to improve their chemical properties. Polishing aluminium, for instance, will enhance not only the metal’s sheen but also its tarnish resistance and durability.

Aluminium Polishing: The Benefits of Using Anodised Aluminium Products

Aluminium anodising provides a number of benefits that can help to provide protection against the elements, increase longevity, and enable a product to be coloured.

The process of anodising can be traced as far back as 1923 when it was employed to protect certain parts of planes from the corrosive nature of salt water. In these modern times, anodised aluminium is a product that is often taken for granted due to its ubiquitous nature within society. What are some of the benefits associated with anodised aluminium?

Anti-Corrosive Properties

One of the most important advantages of anodised aluminium is that it is highly resistant to corrosion. This is accomplished by adding a protective layer to prevent oxygen from reacting with the surface of the metal. So, it should only make sense that products such as mobile phone cases, aluminium cans, spray bottles and bottle tops (such as those used with perfumes and soft drinks) will often utilise anodised aluminium.

Learning the Different Uses and Types of Metal Polishing and Finishing

Metal product manufacturers can greatly benefit from polishing and finishing all their products. The process involves the application of a coating or finish, altering the metal’s properties and enhancing its qualities for it to give a better performance. Numerous industries are utilising these processes for their products, be it for new technologies and processes to traditional manufacturing. Each of them are opting for any of these types of metal polishing and finishing.

When Engineering and Polishing Made Aluminium a Worthy Rival for Steel

When Ford’s 2015 F-150 pickup rolled out, a lot of people probably didn’t expect it to harbour a secret. At first glance, it looked like the hulking pickup truck’s body was made in “standard” terms using steel, making it almost indestructible (given its off-roading nature). When Ford itself revealed, however, that the 2015 F-150’s body is made not of steel, but of aluminium, many people raised their eyebrows in disbelief. How would aluminium even be able to withstand the F-150’s intended off-road purpose? Its strength is quite reminiscent of foil wraps and soda cans, right?

Not if you consider brilliant engineering and science. Aluminium is, indeed, a “weakling” if you consider the heavy loads that steel can easily support, but it possesses qualities that steel doesn’t have. For one, it’s very malleable (able to be shaped to extreme limits without breaking) and very elastic.

Anodising as an Effective Metal Polishing Process for Aerospace Parts

Advancements in the aerospace industry have urged the importance of safety in the materials used to build the vehicles. To ensure this safety, many manufacturers are giving greater attention to the final stage of their production, namely: through higher quality of finishing metal surfaces.
One of the most effective and popular metal polishing techniques used today is anodising, wherein the aluminium alloy is processed to become more durable and corrosion-resistant. Anodised products also allow added secondary treatments like dyeing and etching for aesthetic purposes.

Stop Corrosion: Polishing Aluminium and Other Metal Finishing Methods

When we think of something made of metal, we often picture something that’s quite indestructible. Army tanks, military fortifications, battle armour—all of them elicit the same aura of invincibility simply because they’re made of strong, thick metal. But alas, science dictates that what most people would deem invincible is not exactly so. Enter the fascinating yet damaging process of corrosion, which has made metal finishing processes like polishing aluminium and other types of metal a relevant occurrence today.
First of all, it helps to know what corrosion is all about. In general, corrosion is a natural process that breaks down several types of metals. Corrosion happens more commonly among anode metals, or those that gives up electrons whenever they come in contact with a liquid electron conductor, which is known as an electrolyte (i.e. water), oxygen, and a cathode (a substance which accepts electrons).