All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(43826 products available)
Ready to Ship
Flat aluminium profiles come in various shapes, sizes, and designs. Each type serves specific needs and applications. Below are some common profiles, distinguished by their unique cross-sectional shapes and intended uses. Usually, these types are determined by the specific operational and structural requirements of the project. Therefore, knowing the various types will help clients select suitable profiles for their projects.
This profile is renowned for its ideal working conditions. The 6060 aluminium flat bar is a medium-strength extrusion alloy that is easy to machine, weld, and surface treat. It comes with good corrosion resistance. Hence, it is widely applied in building constructions, especially where architectural appeal is necessary. In addition to that, moderate heat resistance makes it suitable for both indoor and outdoor applications.
The anodized aluminium strip is acquired by an electrochemical process that thickens the natural oxide layer on the surface of aluminium. This procedure improves durability and corrosion retardance. Also, it boosts the strip's aesthetic values with a matte finish. Common applications of anodized aluminium strips include window frames, facades, and decorative items.
They are rectangular and used in various fluid and gas transfer systems. This pipe profile provides a balance between flexibility and structural strength. This makes it ideal for use in tight spaces. Conventional sectors using this pipe include construction, automotive, and HVAC systems. Here, it is favoured for its lightweight and resistance to corrosion.
Manufacturers create the 6063 aluminium flat bar from 6063 aluminium alloy. This alloy is popular for its excellent extrudability, mechanical working, and anodising characteristics. The 6063 aluminium flat bars are common in architectural applications. Things like window frames, and in heat sink production due to their good[] mechanical strength and aesthetic finish.
Flat aluminium strips are highly adaptable and widely applicable in various industries. Their flexibility allows for easy incorporation in areas ranging from electrical insulation to packaging. They are particularly valued in construction for window seals, trimming, and spaces. What makes them stand out is their lightweight nature. Besides, they do not compromise on strength and durability, especially against corrosion.
In addition to that, flat aluminium profiles are available in multiple finish options. These include anodising, painting, or polishing. Each of these options enhances the strip's lifespan and visual appeal. Also, the flat profiles can further be customised to different widths, thicknesses, and lengths. Manufacturers do this to meet clients' particular needs.
Flat aluminium profiles have broad usage across distinct industrial sectors. Normally, they provide structural support, offer aesthetic enhancement and act as functional components. Common structural support applications for these profiles include construction and architecture. Here, they are used to make frames, beams, and supports that require superior lightness without sacrificing strength. Due to their flexibility, they can be designed for specific load and dimensional requirements.
In the automotive and aerospace industries, they are used to construct body panels, and parts to reduce weight. This allows for better fuel efficiency without diminishing strength. They also have electrical and mechanical applications as insulators and component parts. Basically, their non-magnetic property aids in signal transmission in specific electronic devices.
Though flat aluminium profiles come with distinct features that promote their advantages, they include:
Corrosion Resistance
The inherent corrosion resistance of aluminium comes from its ability to form a protective oxide layer. This property ensures the profiles' longevity and reliability in indoor and outdoor applications. The layer protects the aluminium from adverse elements like moisture and atmospheric agents.
Lightweight
Aluminium is lighter than most metals, like steel. Hence, flat aluminium profiles provide structural support without adding excessive weight. This is especially beneficial in construction and automotive industries, where every kilogramme counts in terms of load capacity, fuel efficiency, and ease of handling.
Customisable
Flat aluminium profiles are easily extrudable. This enables manufacturers to create distinct shapes and sizes suitable for particular applications. This customisability permits uncompromised design flexibility while remaining within the material’s structural integrity limit.
Sustainability
Aluminium is endlessly recyclable without compromising its original qualities. That’s why flat aluminium profiles are a sustainable option in the long run. As they can be recycled after their useful life, they contribute to a reduced carbon footprint in industries.
Low Maintenance
Flat aluminium profiles require low maintenance compared to other materials. Their corrosion resistance and durable properties mean that they rarely need to be replaced, polished, or treated. This provides considerable cost savings and effort in various applications.
Flat aluminium profiles provide versatile design opportunities for distinct applications. They are renowned for their adaptability, whether in structural, aesthetic, or mechanical frameworks. Moreover, their aesthetic contribution results in sleek contemporary designs. It also offers multiple colour options through anodising or powder coating to match diverse architectural themes.
Functionally, designers can create custom profiles that fit specific application requirements. These include load-bearing needs or space constraints. Thus, this custom feature ensures they meet exact technical requirements. Creating these custom profiles further leads to reduced material waste. This makes flat aluminium profiles an economical and environmental-friendly-option.
Aluminium's strong and lightweight nature allows for easy handling and installation, speeding up construction and manufacturing processes. Also, these profiles are compatible with various fastening systems, providing simple integration into existing structures or assemblies. Collectively, these attributes make flat aluminium profiles a practical and visually appealing selection in construction and manufacturing applications.
Flat aluminium profiles have a wide usage in various sectors due to their numerous beneficial properties, like corrosion resistance, lightness, and high customisability. Below are some common applications for this profile.
The construction and architectural industries use flat aluminium profiles extensively to create window frames, door handles, and facades. They are valued for their aesthetic function and practicality. Their natural resistance to corrosion ensures they maintain their structural integrity and polished appearance in diverse weather conditions.
Automotive manufacturers use flat aluminium profiles in body panels, frames, and even internal components. Normally, these profiles help reduce weight. The more lightweight the vehicle is, the more fuel efficiency it attains. Also, flat aluminium profiles can be easily shaped to suit distinct automotive designs and functions.
Industry machinery and equipment uses flat aluminium profiles for machine frames, conveyor systems, and equipment casing. Usually, they support heavy loads, provide structural integrity, and resist the common industrial environment's adverse effects. Besides, their non-magnetic property makes them ideal for creating electrical insulating components.
Flat aluminium profiles are common in electronics casing and components. This is due to their ability to dissipate heat effectively. Their lightness and modifiability add to their appeal in designing compact and efficient electronic devices, like laptops and televisions.
Flat aluminium profiles construct robust yet lightweight signage frames in the signage industry. They are commonly applied for outdoor signage as they are weather-resistant. This ensures the signs remain safe and visible regardless of environmental conditions.
Their versatility and structural support make flat aluminium profiles valuable assets in mechanical and engineering systems. They create robotic arms, automated systems components, and industrial tools. Also, their high strength-to-weight proportion ensures optimum performance without incurring excess energy costs.
The selection of flat aluminium profiles should depend on distinct usage and operational requirements. First and foremost, the profile's function has to be aligned with the application. Structural uses would require load-bearing profiles. On the other hand, aesthetic functions will require profiles with finer finishing standards. One must consider the thickness and width of the profile, as they directly bear a load. Longer and thicker profiles are idealised for heavier loads and spaces requiring structural support. On the other hand, thinner profiles are suitable for decorative uses.
Also, the chosen alloy plays a critical role in the profile's overall performance. Though 6060 provides an ideal balance between strength and ease of use, 6063 offers more robust and finer extrusions. Normally, anodised or powder-coated finishes improve corrosion resistance and enhance the profile's aesthetic appeal. These finishes provide additional protection to the profile against adverse weather elements. Furthermore, compatibility with fastening and assembly systems will enable easy integration into existing frameworks.
Flat aluminium profiles are aluminium extrusions with a flat shape. Due to their versatility, they are widely applicable across multiple industries. Common applications include construction, automotive components, and electronic housings. Their high customisability facilitates creating distinct profile shapes to meet particular usage needs.
Anodising creates a protective oxide layer on the surface of the aluminium profile. This improves corrosion resistance and wear retardance. The layer provides a more durable profile for outdoor applications. On the other hand, non-anodised profiles lack this layer. This makes them potentially less resistant to adverse elements. Nonetheless, they still have a sleek appearance and are favoured for applications where they can easily be worked on or painted.
Yes, flat aluminium profiles are endlessly recyclable without compromising their structural integrity. This makes aluminiumone of the most sustainable construction and manufacturing materials. Recycling aluminium profiles conserves energy and reduces carbon emissions. That’s what makes them an environmentally responsible selection in multiple industries.
Manufacturers apply various finishes to flat aluminium profiles. Among these finishes are anodising, powder coating, and polishing. Each of these finishes improves the profile's aesthetics and functional properties. Anodising enhances corrosion resistance, while powder coating provides a colourful, durable surface. Alternatively, polishing offers a reflective finish that enhances the profile’s visual appeal.
They reduce the vehicle's overall weight. The more lightweight a vehicle is, the more fuel efficiency it attains. The fuel consumption is reduced, thus offering an efficient energy utilisation. Also, the profiles can be easily shaped into distinct components. Hence, they don't need more energy during the assembling process.
