The Popularity of Anodising: Why People Opt for Anodised Aluminium


There are a number of extremely beneficial properties in regards to anodised aluminium and numerous Birmingham clients are taking advantage of this modern technology.

Anodising is an electrolytic process which involves coating metals such as aluminium with a thick external layer of oxide materials. All science aside, there are countless benefits that this technique can provide.

Helping the Environment

Before delving into the physical characteristics of an anodised product, it is important to point out this this process is environmentally friendly. As opposed to traditional methods, anodising uses only a minimal amount of harmful substances such as volatile organic compounds (VOCs). Also, anodised products such as cans and mobile phone cases last much longer and less waste is ultimately produced. Individuals and companies who are embracing a “green” approach should appreciate these factors.
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The Role of Anodised Aluminium in Different Architectural Applications


There are various processes that metals go through when they need to be aesthetically pleasing. Anodising is one of those processes that works for aluminium. Aluminium items go through anodising to improve their durability, quality, and colour stability. The process of anodising aluminium involves the use of an electrical current to form aluminium oxide, which is the surface film of the end product.
The use of negative and positive charges converts molecules into an anodic layer. The concentration of the electrolytes is one of the factors that will affect the quality of the film that forms after the process, which then results in an enhanced metal with an aesthetically pleasing finish with properties that architects use for different applications.
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Anodised Aluminium: Making Metallic Products Stronger and More Durable


When someone says aluminium, the first thing to usually come in mind is the foil you use to wrap leftovers. The truth is that aluminium is in more objects you use every day than the ones you already know—cans, vehicles, lipstick sleeves, jewellery, to name a few—and for good reason. Aluminium is the second-most abundant metallic element on Earth, right next to silicone, which by the way is an even less familiar element despite its abundance.

Aluminium is known for its shiny surface and resistance to rusting. The only time aluminium changes its appearance and properties is when it’s alloyed, cladded, or galvanized with other metals. There is, however, another way to improve aluminium’s properties and usefulness in various applications—anodisation. Anodised aluminium is known to last longer and to produce better decorative finishes.
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The Aesthetic and Practical Advantages of Using Anodised Materials


The technical process of coloured anodising is common throughout many industries, and it can provide numerous aluminium products with an eye-catching appeal.

Anodising is a well-known process that will protect aluminium objects such as cans, climbing equipment, jewellery, and even bicycle parts with a high level of corrosion resistance. Although the physical benefits of this technique are widely known, it is also just as important to realise that decorative finishes are another massive advantage.

Enhanced Visual Qualities

As opposed to adding a design directly upon an aluminium substrate, anodised materials provide a surface that can readily accept colours, patterns, textures and prints. This is apparent when viewing a traditional steel beverage can alongside its modern aluminium counterpart. Designs are much “crisper” and brighter, able to literally jump out at the consumer. This is a massive benefit from a marketing standpoint.
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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.
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Make Your Motorcycle Stand Out with Custom Anodised Aluminium Parts


Many riders like to upgrade their motorcycles by swapping out components for aftermarket parts, thus improving comfort or performance. Owners also tend to personalise their rides with custom paint jobs or additional accessories. Replacing parts with anodised aluminium versions, or using anodising treatment on existing parts, is a simple and effective way to achieve a new look. The process is relatively quick, too, so if you have removed a vital part of your bike, you won’t be without it for too long.

In the aluminium anodising process, an electrical current is passed through a bath of acid, causing a coating of aluminium oxide to form on the surface of the article undergoing treatment. Dyes are used to add a spectrum of colours to the hard wearing, smooth surface produced by anodising.

Many motorcycle parts are made from aluminium, and a wide range of these components, large and small, can be given the anodising treatment.
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Anodised Aluminium Extrusions: How They Help Push Solar Power Forward


Companies such as Badger Anodising, which primarily deals with standard anodised aluminium products and services, have clients from a very wide variety of industries, such as electronics and architecture. Add to that list, too, solar panel producers?

Simply put, the worldwide solar energy industry is being revolutionised by aluminium extrusion frames, which provide strong and lightweight support and structures for solar panels. Furthermore, these things work along with other components that allow for precision positioning, as well as improved stability for optimal productivity. Solar installations rely heavily on stability after all, and aluminium extrusions are proving to be more than enough in terms of innovation.
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