Nov. 27, 2024
Hardware
When it comes to designing a custom aluminum extrusion to be used in manufacturing, architecture or any other industry, it is important to consider the specifications that will be required before making any decisions about the final design. Aluminum extrusion design encompasses a wide variety of products that can come in an unlimited array of shapes and sizes.
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As a provider of precision designed aluminum products to many different industries around the world, Silver City Aluminum has seen some pretty unique designs get submitted by our clients. As a result, we have learned through experience the five primary areas that must be considered with regard to design specs in order to achieve the desired results. This article will focus on those five areas, providing you with useful insight into important choices regarding aluminum alloys, post extrusion operations and more.
The Five Areas of Consideration
Before you finalize the design for your custom aluminum extrusion, you will want to consider these five areas of your specifications. Each one plays a part at the final success of your finished aluminum product. The five areas that we will be discussing include the alloy and temper, thickness of the wall, tolerances, corner radii and the final area of consideration, post extrusion finishing.
Step One: Choosing an Alloy Based on Performance
There are many different aluminum alloys to choose from when working with aluminum extrusion design. Choosing to extrude aluminum alloys based upon temper and performance should always be your primary concern. Some of the most common types of aluminum alloys used in custom aluminum extrusion include:
Step Two: Minimizing Problems in Aluminum Extrusion Design
Once you have made a selection to extrude aluminum alloys based upon the industry and use of the finished product, its time to start thinking about wall thickness. Through our years of experience we have come to realize that a design that features a more uniform wall thickness will be the quickest and easiest to produce. This allows the aluminum to flow at an even rate.
If there are unequal wall thicknesses, sometimes the aluminum will flow quicker through the wider areas and slower through the thin areas. This can result in a finished product that is more likely to twist or bend during production. As a result, if it is at possible, designers should work with the idea of presenting a die that is uniform in order to minimize the problems associated with unequal custom aluminum extrusion.
Step Three: Why Tolerances Matter in Aluminum Extrusion
If you are unfamiliar with tolerances, you can work with our technicians to discuss our recommendations or you can check out the industry standard for tolerances in the Aluminum Standards and Data publication. The standard is published by the Aluminum Association and it covers standard extrusions as well as custom, precision tolerances for extruding shapes and tubing.
What you need to keep in mind is, the larger the dimension of the design, the wider range for tolerance that will be required. One example of this would be a better tolerance of a +/-.003 using a .500 OD tube versus choosing to use a 1.000 OD tube. Again, if you have any questions about tolerances with regard to aluminum extrusion design, speak with one of our experienced technicians. We can help you get through this part of the design process.
Step Four: The Importance of Corner Radii
Especially in designers that are new to custom aluminum extrusion, we see a lot of designs come through where the idea of determining the corner radii is not really considered. Because it is made from metal, many designers just assume that all of the corners for their design will be sharp. However, because of the way that the extrusion die tooling is cut using a wire EDM, the corners are most definitely not sharp.
When it comes to aluminum extrusion design, the wire diameter that is used to cut the tool steel will have a huge impact on the final result of the corner. For example, a large wire will create a larger radius. While there are limits to the ability of extrusion based upon the process itself, it is good to remember that a radius of less than .005 is not possible. If you have any questions about how this part of the process is configured, please speak with one of our qualified technicians or customer service agents.
Contact us to discuss your requirements of Aluminum Extrusion CNC. Our experienced sales team can help you identify the options that best suit your needs.
Featured content:Step Five: Post Extrusion Operations Provide Options to Design
Another way to further customize your aluminum extrusion design is to consider selecting from our list of post extrusion operations. These are also sometimes known as secondary operations within the industry, indicating that they are done after the initial process to extrude aluminum alloys according to the clients specifications. Below is a list of some of the post extrusion operations that Silver City Aluminum provides:
Custom Aluminum Extrusion at Silver City Aluminum
To learn more about all of the services and capabilities available at Silver City, contact our office in Taunton, Massachusetts or use our online form. Our team of highly trained and experienced technicians can create a precision aluminum extrusion design for you in just about any size or shape that you might require. Give us a call today and we will help you get started on your next aluminum extrusion project.
Aluminum extruded products have the characteristics of low density but high strength, corrosion resistance, excellent thermal conductivity, flexible processing and beautiful surface.
Not only can it significantly reduce weight and energy consumption while maintaining structural strength. It can also maintain stable performance in various environments, especially in the fields of cooling and heat exchange. In addition, aluminum extruded products are easy to process into various complex shapes and sizes to meet diverse needs.
In the aluminum extrusion process, commonly used aluminum grades include but are not limited to the following:
aluminum alloy: It has good processability, corrosion resistance and medium strength. It is one of the commonly used aluminum materials in the extrusion process.
aluminum alloy: has excellent surface quality and corrosion resistance and is often used in highly decorative areas such as building doors, windows, and curtain walls.
Aluminum Alloy: Fairly strong, suitable for simple cross-section extrusions, and can be anodized. It is widely used in load-bearing structures of ships, buildings and transport structures.
aluminum alloy: high-strength aluminum alloy. Although extrusion is difficult, it is used in high-demand fields such as aerospace and aerospace because of its excellent mechanical properties.
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