Aluminum extrusions are perfect for various applications thanks to their versatility, strength, and durability. 1010 aluminum is a popular choice for extrusion due to its excellent machinability and weldability. The 1010 profile has four unfilled T-slots on every 1.00″ face and measures 1.00″ x 1.00″. This profile contains aligning-a-groove to help connective profiles line up.
Most 1010 series connectors can be used with any 1010 design. Workbenches, panels mount units, machine shields, acoustic enclosures, and monitors are all applications for this design. The four unlocked T-slots are ideal for attaching equipment and provide accessibility from whatever angle.
The aluminum used for 1010 aluminum extrusion is a special alloy designed for the process. It is also a low-carbon aluminum that is ideal for use in the extrusion process. It contains 99.18% iron, 0.60 % manganese, and Sulfur, not exceeding 0.050 %. On the other hand, the phosphorous levels are 0.040 % and carbon featuring at 0.13 %
These compositions make 1010 strong and durable, making it ideal for various applications. Other alloys that can be used for 1010 aluminum extrusion include 6063-T6 and 6082-T6.
Aluminum extrusion is a process where aluminum is forced through a die to create a specific shape. 1010 aluminum is a type of aluminum that is known for its high tensile strength. The tensile strength for 1010 aluminum extrusion is 365 MPa Metric and 52900 psi Imperial. This means it can withstand a lot of force before breaking. It may be ideal for use in applications where strength is a key concern. The 1010 aluminum extrusion is in construction or automotive applications.
Compressive strength and Modulus of elasticity
Compressive strength is the measure of its ability to withstand compressive forces. The Modulus of elasticity measures a material’s ability to resist deformation under load. Both of these properties are important in the design of structures and are often used in calculating the loads that a structure can safely support.
The 1010 aluminum extrusion is an incredibly strong and versatile material with a compressive strength and Modulus of elasticity of30458 ksi Imperial. Its Modulus of elasticity is incredibly high, making it ideal for various applications.
1010 aluminum extrusion Elongation at break
The elongation at break (EAB) is the elongation of a section of an extrusion that occurs during the metallurgical transformation from the parent material to its final product. This property describes how much an extrusion will stretch or elongate when a load is applied to it. This can be measured in terms of percent elongation or several percent elongations.
This property is important for determining aluminum extrusion’s ultimate tensile strength and yield strength. It also plays a role in determining the fatigue life of these extrusions, which is related to their stress state after repeated loading and unloading events.
Since the elongation at the break of aluminum alloys is a measure of the softening and laminar flow that occurs in an alloy when it is stretched, it is important in determining whether a material will be suitable for use as an extrusive.
Elongation at break is a function of Young’s Modulus, Poisson’s ratio, and thermal expansion coefficients. It is rated at 10,200,000 lbs sq. In, such as when weighted with such tension, it may break.
1010 aluminum uses
1010 aluminum is a popular choice for extrusion due to its good formability, weldability, and high strength-to-weight ratio. It can be extruded by the extrusion equipment into various shapes and is often used in constructing frames, brackets, and other structural components.
1010 aluminum is typically used in the following applications:
- Automotive body panels
- Architectural framing
- Store Fixtures
- Machinery housings
- Sporting goods
If you are looking for an aluminum extrusion with all these properties and more, 1010 aluminum is a perfect choice. Contact your local aluminum supplier for more information.
There are several reasons you need to know the strength of aluminum extrusion. For instance, if you are trying to determine whether a particular style of aluminum extrusion is suitable for its intended purpose. It’s also important to know the strength of aluminum extrusion to choose the right aluminum extrusions for a project.
For example, if you are designing a piece of equipment that will be used in harsh environments, you might need to use a stronger aluminum extrusion than you would for a similar piece of equipment that will be used in a milder climate. Fortunately, aluminum extrusion manufacturers such as JMA provide information about the strength of the aluminum extrusion that they produce, so you can easily find the strength of aluminum extrusion that you need for your project.