What is Anodising?
Anodising is an electrochemical process used to create a protective oxide layer on the surface of metal parts, typically aluminium and its alloys. This process involves immersing the metal parts in an electrolyte solution and passing an electric current through them, which stimulates the formation of an oxide layer on the surface. The thickness and properties of the oxide layer can be controlled to achieve specific performance characteristics, such as corrosion resistance, hardness and colour.
How anodising works
During the anodising process, the metal part serves as the anode (positive electrode), while a cathode (negative electrode) is immersed in the electrolyte solution. When the electric current is applied, oxygen ions from the electrolyte react with the metal surface to form a porous layer of aluminium oxide. This oxide layer can then be further treated through processes such as sealing or colouring to enhance its properties and appearance.
The applications of anodising
Anodising has application across a wide range of industries and products, including:
- Aerospace: Anodised aluminium components are commonly used in aerospace applications due to their lightweight, corrosion-resistant properties, as well as their ability to withstand harsh environmental conditions.
- Architectural: Anodised aluminium is used in architectural applications such as building facades, window frames and curtain walls for its durability, weather resistance, and ability to be coloured to match specific design aesthetics.
- Automotive: Anodising is used in automotive manufacturing for exterior trim, wheels and engine components to improve corrosion resistance, durability and visual appeal.
- Consumer electronics: Anodised aluminium is widely used in the production of smartphones, laptops and other consumer electronics for its sleek appearance, scratch resistance and durability.
- Medical devices: Anodising provides a biocompatible, corrosion-resistant surface for medical devices such as surgical instruments, implants and diagnostic equipment, ensuring patient safety and device longevity.
Why choose Danby’s Precision Engineering?
- We’re a family-run business dedicated to excellence
- We work with customers across the UK and overseas
- Our expertise and machinery ensure a speedy turnaround
- Every member of the team is dedicated to customer satisfaction
- Danby’s prices are always competitive, helping you to reduce your costs
Get in touch
To find out more about anodising and our other precision engineering services, give our team a call on 01482 872994 or fill in the contact form below.
Yorkshire Roots With Global Reach
Based near Hull, we proudly serve clients both locally and globally, ensuring that all our customers receive the same detailed attention and quality.
Speedy Turnaround & Precision Execution
Using state-of-the-art machinery and drawing on deep industry expertise, we guarantee quick, precise results for all your engineering needs.
Excellence Driven By Family Values
As a family run business, we deliver top-quality precision and care in every project, ensuring excellence as our standard.
Competitive Pricing, Unmatched Value
We offer cost-effective solutions without compromising quality, dedicated to enhancing your project’s value and success.
Danby’s Precision Engineering
Bespoke components when you need them
Thanks to our many years of building up our knowledge, expertise, machinery, systems and team, we can manufacture products of the highest specification and quality very quickly. This speeds up your supply chain and prevents disruptive delays, as you gain the peace of mind that you’re working with a dedicated supplier based right here in the UK. Whether you need one-off components, ongoing manufacturing services or just-in-time delivery to save on storage space, Danby’s Precision Engineering is always here for you.
Get in Touch
To find out more about how we can support your next project or provide ongoing precision engineering contractor services, give our team a call on 01482 872994 or fill in the contact form below.
