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Several distinct kinds of aluminum profiles exist, each with its own set of possible uses. It is also important to consider the thickness of a profile or cross-section when designing a building for a specific purpose. Aluminum’s many useful properties have made it a popular choice among manufacturers for use in profile production. It’s easy to shape, not heavy, and useful in many contexts. It’s a more affordable way to give a building more stability and longevity.
Metal extrusion is the typical production method for aluminum profiles production. This process entails inserting a billet of aluminum into a tooling die with predetermined cross-sections. The final extruded product can be cut into small pieces or made into longer forms. The various aluminum profiles are, therefore, the end result of an extrusion procedure. If you want to find out more, keep reading! And visit us for Aluminum profile production and Aluminum profile supplier, today.
Simply put, a hollow beam aluminum profile is just an aluminum beam without any specified cross-sections. These are typically a part of a larger modular installation, especially in the realm of architectural planning.
There’s a wide range of hollow aluminum beam shapes, each of which has its own sub-category. Beams like these can be square, rectangular, or even have a hollow top and bottom. The end product is a beam suitable for structural applications such as those found in construction, bridge-building, and other industries. In the face of substantial loads, their horizontal support is invaluable.
You can place square aluminum profiles in a subset of hollow-beam aluminum. They serve a similar purpose as hollow beams, with the main difference being that they can provide firmer pillars of support.
Load bearings in walls, as well as columns and pillars, often have square profiles. The method of production determines whether they will be seamless or not. An aluminum sheet is continuously flattened and the corners are joined in a straightforward process that produces a square. The inner edges are rounded off by passing a piercing point under high pressure through the center of the profile.
Aluminum profiles can be put to use in both large and small scale projects. They are so versatile that they are commonly used to frame windows. Aluminum’s corrosion resistance is another advantage that makes it a good material for window frames, along with its light weight and adaptability.
When it comes to sliding window frames, SD profiles are your best bet. The external environment, including dust, rain, and high temperatures, is constantly assaulting windows. The SD profile is the superior option because of its sliding functionality and resistance to various forms of weathering.
Curtain walls and mullions in high-rise buildings often feature RCW profiles. These typically serve only as a barrier to keep outside elements out of a building and do not contribute to its structural integrity.
Curtain walls are available in a variety of sizes and typically have an aluminum frame. These profiles must include all of the elements required to prevent intruders from entering a building’s interior. This is one of the main reasons why leak-prevention materials are commonly added to RCW profiles.
Aluminum door sections, also known as the ED section, are profiles commonly used in industrial and commercial glass doors. They are integral to the operation of push doors and usually function in tandem with the rest of the system.
Glass doors with a push mechanism are common in many business settings. Its timeless aesthetic places equal emphasis on form and function. The glass is kept from breaking or toppling over thanks in large part to the aluminum door sections.