die casting aluminum and its significance in aerospace industry
These products are used to manufacture the main components of the small and aviation industry.
In addition, aluminum castings are used in both commercial and key military sectors (
In fighter planes, etc).
The reason is simple --they are cost-
Effective solution and good results.
In addition to being cost-effective, components made of die-cast aluminum are prepared to withstand harsh weather conditions and increased damage.
Another of the most important reasons for using aluminum products on airplanes is that this metal is cheaper than other die-casting metals.
In addition, in order to provide durability and flexibility, it is possible for aluminum to gel with other metals.
For aluminum casting products, you don\'t have to compromise on quality, but it can be produced at a cheaper production cost.
In addition, all the standards set for the use of metal components, aluminum meets the needs to the maximum extent.
As a result, they are certified as safety products for use on aircraft, cost-effective and have all the qualities required for flying crafts, so the price of cast aluminum has risen unprecedented.
In addition, the best thing about aluminum die casting is that its weight is favorable for aircraft operation.
So, how did the cast aluminum finish and what was the process involved?
The answer is simple, then.
Aluminum Alloy is forced into high first
Grading steel tools at high speeds and pressures at high temperatures.
This leads to high quality products that are very light and very thin and are ideal for use as aircraft components.
What is to be mentioned here is that aluminum casting is a complicated method.
Only a team of experienced and skilled engineers can ensure that the components have high volumes or better tolerances and surface finish.
In fact, this pressure casting is more popular than gravity die casting or sand casting.
This is because due to tight casting tolerances, both aluminum and zinc casting, this method has a very low demand for processing.
Although the tooling cost of casting aluminum or any metal is much higher than the other two methods, the mechanical properties obtained so far are much better in terms of functionality.