How about 5005 aluminum sheets?
If you are looking for a comprehensive guide about aluminium 5005, then you are at the right place. This article will help you understand everything to know about 5005 aluminium. It is nothing but a non-heat-treatable aluminium alloy of medium strength and can be highly resistant against atmospheric corrosion. This alloy is also known for its weldability, making it the perfect candidate for decorative anodizing. This belongs to the 5000 series of aluminium and magnesium alloys. This alloy, therefore, gets its strength due to the addition of magnesium, although it has only about 0.8% magnesium in it, which is quite a small percentage.
Why should you choose aluminium 5005?
Your application depends on what kind of alloy you will purchase for your business. 5005 h34 alloy is generally used whenever that is a requirement for a material which leads to being anodized and deployed for architectural purposes. These architectural demands can be anything from creating flashings to curtain walls and everything in between. More often than not, you will find architects specifying that they required only the 5005 alloy due to their need for anodized aluminium for the metalwork in architectural endeavours.
There is a good reason why the anodizing quality of this alloy is so essential. If you don't know what anodizing means, do not worry. It is not very difficult to comprehend. Very put, it is an electrochemical process that helps in converting any metal surface into a durable, corrosion-resistant, and decorative look.
When you start anodizing, you will notice that the metal you have chosen to begin your anodizing process will have a massive impact on the finished result of the product you are trying to create. Due to this factor, it is the 5005 aluminium alloy that is frozen. No other metal that goes through an anodizing process will offer a smoother and uniform finish. This 5005 alloy has the most attractive anodized finish compared to other alloys.
Again it is for this reason that you should never try to anodize aluminium or alloys like 3105 or 3003, especially if you want a finish that will be consistent to look at and attractive. If you use 3105 or 3000 alloys, you will see that they will come out with cloudiness, structural streaks, extreme colour variations, or blemishes that can make them look highly unattractive. Thus, 5005 alloy is the only option available.
You may also try to substitute 5005 alloys with 5050, which many people do, as 5052 can also produce acceptable outcomes. However, if you compare the two, you will find that the 5052 alloy has many more imperfections and is more prone to colour variation than the finish you will get using a 5005 alloy.
For this reason, you need to be very clear with your anodized regarding your expectations with the finished product and your applications for the same. Knowing what you require will give a better idea about the kind of alloy that needs to be used. Therefore, if your priority is for a durable and attractive-looking finished product, then your only option will remain the 5005 aluminium alloy.