Understanding the differences and selecting the best aluminium profiles – find out which type is most appropriate for your specific project.
If you want to learn more, please visit our website.
Screws instead of welds, aluminium instead of steel! This was the revolutionary idea of the two founders of item, Gerrit Pies and Wolfgang Rixen, that kicked off the success story of the modular item Building Kit System for aluminium profiles in 1980. The benefits are low weight combined with maximum stability, rapid assembly thanks to innovative fastening technology, cost savings compared to steel and decisive flexibility. All these advantages are currently available across more than 4,500 mutually compatible components – and the range is continuously expanding. What’s more, the anodized aluminium profiles from item have inclined groove flanks. When fasteners are used in the groove, the groove flanks press against the fasteners in the elastic range, creating additional pre-tensioning that ensures the fasteners are even more secure. When it comes to vibrations in a machine base, for example, this represents a key advantage. These days, the modular profile technology from item is used in all kinds of projects by engineers around the world, ranging from simple frames to fully automated production lines.
However, what types of item aluminium profiles are there? What are the differences between them? And which aluminium profile is best used to meet which requirements? This post addresses these questions for newcomers to the world of item. In addition to the “classic” aluminium profiles, that is to say, the construction profiles, there are also other types – Line X and the profile tubes of Profile Tube System D30. Profile KH, on the other hand, offers a metal-free, sustainable alternative to aluminium profiles, and is also used for EMC applications. You’ll find more information about this special profile in an interview on our blog.
The aluminium item construction profiles can be divided into five different types (item calls these lines): Line 5, 6, 8, 10 and 12. These different aluminium profiles are designed to meet different user requirements. Three geometric characteristics help to meet different needs, and all the lines differ in respect of the following:
In addition, there are different designs within the lines: Standard, Light and Economy. “Standard” speaks for itself. “Light” profiles are lightweight, while “Economy” profiles have a material-optimised design. In each of the two latter designs, the maximum tensile loading of the profiles is reduced. One particularly practical feature is the profile deflection calculator available alongside each aluminium profile in the item Online Shop.
It must be noted, however, that not every aluminium profile is available in all three designs. Fundamentally, item aluminium profiles are always described using the following pattern, in the item Online Shop, for example. Profile 8 40×40 1N light, natural. These descriptions can be deciphered as follows:
Line 5 aluminium profiles with a modular dimension of 20 mm are ideal for weight-optimised constructions of all kinds. Line 5 profiles can be used to create refined, stable and flexible applications. The small exterior dimensions make these profiles particularly well suited for space-saving and compact jigs, covers and handling equipment. Their low material consumption also mean they conserve resources. Line 5 aluminium profiles are available with open or closed grooves. A closed groove eliminates the problem of dirt accumulation in grooves.
Line 6 profiles with a modular dimension of 30 mm are ideal for all kinds of weight-optimised constructions. Using these aluminium profiles makes it easy to adapt the use of materials to the task at hand and rely on a slimline, robust design. Again, open or closed grooves can be used. The latter are easy to clean and also have a particularly elegant aesthetic. Line 6 profiles create functional and attractive display cases, tables and cover hoods.
Line 8 profiles with a modular dimension of 40 mm are the most frequently used of all the item aluminium profiles worldwide. Their great versatility makes Line 8 profiles the perfect choice for machines and systems of all sizes. Thanks to their design, these aluminium profiles are light and robust, offering a wide range of uses with a service life of many years. This robust aluminium profile for load-optimised constructions is available with open or closed grooves. Profiles with closed grooves are particularly easy to clean and can be combined with conventional profiles as required. Line X (more about this further down) uses the Line 8 profile groove.
Line 10 profiles with a modular dimension of 50 mm are ideal for load-bearing profile constructions. The 10 mm groove width makes it possible to work with accessories with thread size M10. This increased load-carrying capacity can be fully utilised thanks to the strong groove flanks. The fasteners also play a part in this. All Fastening Sets 10 consist entirely of high-performance steels so that pre-tensioning is always available in full. As a result, there is reliable protection from loss of preload. The maximum permissible load-bearing capacity is 7000 N. Various different cross-sections are available for Line 10 aluminium profiles. The weight-optimised Profiles 10 E can be used in areas involving lower loads. The end faces and the grooved sides of the aluminium profiles can be closed using matching plastic caps and cover profiles.
When it comes to creating stable, heavy-duty frame structures, Line 12 profiles with a modular dimension of 60 mm are the ideal choice. This is the strongest profile line in the item Building Kit System. Thanks to the strength of the profile flanks, tensile loading of up to 10,000 N per screw connection is possible. What’s more, the incline of the aluminium groove flanks down into the groove ensures excellent resistance to loss of preload. If areas of the basic frame are only placed under lower stress, the light version of Line 12 can be used.
Constructions based on Line X exhibit the best possible combination of elegance and cleanliness. A minimised edge radius results in a seamless connection between the profiles, with no protruding edges. This produces constructions that are easy to clean, where dirt and deposits have no chance of accumulating. These aluminium profiles are therefore perfect for building machines and systems that need to be kept spotlessly clean. Line X aluminium profiles are available with open or closed grooves. The variants of Line X profiles with closed grooves are ideal for use in cleanroom production.
Alongside construction profiles, profile tubes are another popular type of aluminium profile. Profile Tube System D30 has been specifically designed to meet the requirements of the fast, sophisticated and solution-oriented factory equipment engineering typical of lean production. The system’s (Profile) Tubes D30 can easily be cut to the desired length and connected using fasteners. Up to four fasteners can be connected to the same intersection point on a Profile Tube.
A special geometry is what makes the aluminium profile tubes so efficient. Four slimline, undercut flanks are enveloped by Fastener D30. Depending on the direction, the fastener is mechanically locked, but its connection is friction-based in the main load direction.
A special geometry is what makes the aluminium profile tubes so efficient. Four slimline, undercut flanks are enveloped by Fastener D30. Depending on the direction, the fastener is mechanically locked, but its connection is friction-based in the main load direction. Struts can be attached separately on each of the four sides. One person working with a single tool can make all the necessary connections. The five colours of Profile Tubes D30 provide quick orientation and help to clearly differentiate between areas or frames. The silk-matt powder-coating is abrasion resistant, and the anodized Profile Tube D30 and the black powder-coated Profile Tube are both ESD-safe. There are three standard lengths for the anodized Profile Tube D30 – 3000, 4000 and 6000 mm. Alternatively, a custom cut-off that has been sawn to size with millimetre precision can be ordered.
Want to keep up to date with everything that’s going on in the world of item? Simply subscribe to the item blog by completing the box at the top right.
Aluminum profile types can vary greatly, depending on the application. Profiles or cross-sections can come in a wide variety of thicknesses, which is also critical in providing form or function to a particular structure. Manufacturers have greatly enjoyed the use of aluminum material in profile production mainly due to its many properties. It’s malleable, lightweight, and highly versatile. It also provides a lower-cost option in adding durability and foundation to a given structure.
Aluminum profiles are typically manufactured by way of metal extrusion. This involves the passage of an aluminum billet into a tooling die that has specific cross-sections. The resulting extruded product can either come in small pieces of more elongated versions, as both are possible. With this in mind, the different types of aluminum profiles can be said to be the product of the extrusion process. Continue reading to learn more.
EAI are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.
Based on the name alone, hollow beam aluminum profiles simply refer to a hollow beam of aluminum which does not have specific cross-sections. These are usually found as part of modular installations, especially in constructional design.
Hollow aluminum beams can come in a wide variation of shapes, with specific sub-classifications for each. These may come in the form of rectangular beams, square-shaped, or one with a hollow top/bottom. The result is a beam that can be used as part of a support framework for buildings, bridges, and other types of industrial applications. They are highly useful in providing horizontal support, especially in the face of heavy loads.
Square aluminum profiles can be classified as belonging to a subsection of hollow-beam aluminum. They’re used in similar applications to the hollow beams — the most distinct difference lies in that they can provide more stable support.
Square profiles can be found as part of wall load bearings, as well as support columns and pillars. They can be made either seamlessly or non-seamlessly, depending on the manufacturing process. This involves a non-time-consuming process of continuously flattening an aluminum sheet and joining the corners so as to form a square. A high-pressured piercing point is passed through the middle of the profile in order to smoothen out the inner edges.
Aluminum profiles are useful not only in larger-scale applications, but in smaller-scale ones. In fact, they’re also widely-applied as part of a window’s framing. Apart from the lightweightness and flexibility of aluminum, its resistance to corrosion is also one reason why they can serve as stable window frames.
SD profiles make the best choice for sliding window frames. Windows are constantly exposed to different elements that are found in the external environment, such as dust, rain, and high temperatures. Both the SD profile’s sliding functionality and ability to resist different forms of weathering make it the best choice.
RCW profiles are abundant in high-rise buildings, and are usually applied to curtain walls, or mullions. These usually do not offer any structural function, as their primary use is for providing a barrier to prevent the entry of environmental elements inside a building.
Curtain walls are usually aluminum-framed and come in different sizings. It’s important that these profiles contain the necessary components in sealing off unwanted objects from entering the interiors of a building space. This is one of the main drivers behind why RCW profiles are usually fitted with other materials that help prevent leakages from occurring.
Also named as the ED section, aluminum door sections are profiles used in heavy-duty glass doors for buildings. They are part of the entire mechanism of push doors and often work as an entire system.
Glass doors that come with a push mechanism are found in different types of commercial spaces. Its unmistakably classic design doubles down on the form, but also on the functionality. Aluminum door sections greatly secure the glass material in place, to prevent it from falling, or toppling over so suddenly.
A louver refers to an arrangement wherein slats are attached at regular horizontal intervals from one another at an angle. They come in the form of window blinds, or door shutters. Because of the structure, louvers are mainly used for the passage of natural lighting or ventilation. They also help keep debris from entering inside a building.
Aluminum louvers can be manufactured in different customized designs, depending on the building requirements. The aluminum material, while being able to let cool, natural ventilation inside, also aids in keeping out water. It also adds a layer of privacy to a building space, since the angled slats greatly diminish the visibility.
The T-section profiles are exactly just that — a T-shaped aluminum extruded product that gives support in different directions. T-sections specifically contain components such as the span, horizontal flanges, and vertical webs.
The structure of this type of aluminum profile implies that it can be found in corners and as part of a truss network. It can be easily fitted with other aluminum profiles like the hollow beam and the square profile. To add further durability, fittings are also attached to T-sections as a way of also improving the level of support.
The different aluminum profile types all serve to provide function, support, structure, and stability. Manufacturers have been able to include tailor-fit modifications on these profiles to accommodate different uses, such as sliding doors, window sections, louvers, and building frameworks.
The use of aluminum in construction has transcended merely architectural support and has gone beyond serving as protection from external elements. There is no questioning that these extruded profiles make one of the most enduring uses for aluminum.
Understanding the differences and selecting the best aluminium profiles – find out which type is most appropriate for your specific project.
Screws instead of welds, aluminium instead of steel! This was the revolutionary idea of the two founders of item, Gerrit Pies and Wolfgang Rixen, that kicked off the success story of the modular item Building Kit System for aluminium profiles in 1980. The benefits are low weight combined with maximum stability, rapid assembly thanks to innovative fastening technology, cost savings compared to steel and decisive flexibility. All these advantages are currently available across more than 4,500 mutually compatible components – and the range is continuously expanding. What’s more, the anodized aluminium profiles from item have inclined groove flanks. When fasteners are used in the groove, the groove flanks press against the fasteners in the elastic range, creating additional pre-tensioning that ensures the fasteners are even more secure. When it comes to vibrations in a machine base, for example, this represents a key advantage. These days, the modular profile technology from item is used in all kinds of projects by engineers around the world, ranging from simple frames to fully automated production lines.
However, what types of item aluminium profiles are there? What are the differences between them? And which aluminium profile is best used to meet which requirements? This post addresses these questions for newcomers to the world of item. In addition to the “classic” aluminium profiles, that is to say, the construction profiles, there are also other types – Line X and the profile tubes of Profile Tube System D30. Profile KH, on the other hand, offers a metal-free, sustainable alternative to aluminium profiles, and is also used for EMC applications. You’ll find more information about this special profile in an interview on our blog.
The aluminium item construction profiles can be divided into five different types (item calls these lines): Line 5, 6, 8, 10 and 12. These different aluminium profiles are designed to meet different user requirements. Three geometric characteristics help to meet different needs, and all the lines differ in respect of the following:
In addition, there are different designs within the lines: Standard, Light and Economy. “Standard” speaks for itself. “Light” profiles are lightweight, while “Economy” profiles have a material-optimised design. In each of the two latter designs, the maximum tensile loading of the profiles is reduced. One particularly practical feature is the profile deflection calculator available alongside each aluminium profile in the item Online Shop.
It must be noted, however, that not every aluminium profile is available in all three designs. Fundamentally, item aluminium profiles are always described using the following pattern, in the item Online Shop, for example. Profile 8 40×40 1N light, natural. These descriptions can be deciphered as follows:
Line 5 aluminium profiles with a modular dimension of 20 mm are ideal for weight-optimised constructions of all kinds. Line 5 profiles can be used to create refined, stable and flexible applications. The small exterior dimensions make these profiles particularly well suited for space-saving and compact jigs, covers and handling equipment. Their low material consumption also mean they conserve resources. Line 5 aluminium profiles are available with open or closed grooves. A closed groove eliminates the problem of dirt accumulation in grooves.
Line 6 profiles with a modular dimension of 30 mm are ideal for all kinds of weight-optimised constructions. Using these aluminium profiles makes it easy to adapt the use of materials to the task at hand and rely on a slimline, robust design. Again, open or closed grooves can be used. The latter are easy to clean and also have a particularly elegant aesthetic. Line 6 profiles create functional and attractive display cases, tables and cover hoods.
Line 8 profiles with a modular dimension of 40 mm are the most frequently used of all the item aluminium profiles worldwide. Their great versatility makes Line 8 profiles the perfect choice for machines and systems of all sizes. Thanks to their design, these aluminium profiles are light and robust, offering a wide range of uses with a service life of many years. This robust aluminium profile for load-optimised constructions is available with open or closed grooves. Profiles with closed grooves are particularly easy to clean and can be combined with conventional profiles as required. Line X (more about this further down) uses the Line 8 profile groove.
Line 10 profiles with a modular dimension of 50 mm are ideal for load-bearing profile constructions. The 10 mm groove width makes it possible to work with accessories with thread size M10. This increased load-carrying capacity can be fully utilised thanks to the strong groove flanks. The fasteners also play a part in this. All Fastening Sets 10 consist entirely of high-performance steels so that pre-tensioning is always available in full. As a result, there is reliable protection from loss of preload. The maximum permissible load-bearing capacity is 7000 N. Various different cross-sections are available for Line 10 aluminium profiles. The weight-optimised Profiles 10 E can be used in areas involving lower loads. The end faces and the grooved sides of the aluminium profiles can be closed using matching plastic caps and cover profiles.
When it comes to creating stable, heavy-duty frame structures, Line 12 profiles with a modular dimension of 60 mm are the ideal choice. This is the strongest profile line in the item Building Kit System. Thanks to the strength of the profile flanks, tensile loading of up to 10,000 N per screw connection is possible. What’s more, the incline of the aluminium groove flanks down into the groove ensures excellent resistance to loss of preload. If areas of the basic frame are only placed under lower stress, the light version of Line 12 can be used.
Constructions based on Line X exhibit the best possible combination of elegance and cleanliness. A minimised edge radius results in a seamless connection between the profiles, with no protruding edges. This produces constructions that are easy to clean, where dirt and deposits have no chance of accumulating. These aluminium profiles are therefore perfect for building machines and systems that need to be kept spotlessly clean. Line X aluminium profiles are available with open or closed grooves. The variants of Line X profiles with closed grooves are ideal for use in cleanroom production.
Alongside construction profiles, profile tubes are another popular type of aluminium profile. Profile Tube System D30 has been specifically designed to meet the requirements of the fast, sophisticated and solution-oriented factory equipment engineering typical of lean production. The system’s (Profile) Tubes D30 can easily be cut to the desired length and connected using fasteners. Up to four fasteners can be connected to the same intersection point on a Profile Tube.
A special geometry is what makes the aluminium profile tubes so efficient. Four slimline, undercut flanks are enveloped by Fastener D30. Depending on the direction, the fastener is mechanically locked, but its connection is friction-based in the main load direction.
A special geometry is what makes the aluminium profile tubes so efficient. Four slimline, undercut flanks are enveloped by Fastener D30. Depending on the direction, the fastener is mechanically locked, but its connection is friction-based in the main load direction. Struts can be attached separately on each of the four sides. One person working with a single tool can make all the necessary connections. The five colours of Profile Tubes D30 provide quick orientation and help to clearly differentiate between areas or frames. The silk-matt powder-coating is abrasion resistant, and the anodized Profile Tube D30 and the black powder-coated Profile Tube are both ESD-safe. There are three standard lengths for the anodized Profile Tube D30 – 3000, 4000 and 6000 mm. Alternatively, a custom cut-off that has been sawn to size with millimetre precision can be ordered.
Want to keep up to date with everything that’s going on in the world of item? Simply subscribe to the item blog by completing the box at the top right.
Aluminum profile types can vary greatly, depending on the application. Profiles or cross-sections can come in a wide variety of thicknesses, which is also critical in providing form or function to a particular structure. Manufacturers have greatly enjoyed the use of aluminum material in profile production mainly due to its many properties. It’s malleable, lightweight, and highly versatile. It also provides a lower-cost option in adding durability and foundation to a given structure.
Aluminum profiles are typically manufactured by way of metal extrusion. This involves the passage of an aluminum billet into a tooling die that has specific cross-sections. The resulting extruded product can either come in small pieces of more elongated versions, as both are possible. With this in mind, the different types of aluminum profiles can be said to be the product of the extrusion process. Continue reading to learn more.
Based on the name alone, hollow beam aluminum profiles simply refer to a hollow beam of aluminum which does not have specific cross-sections. These are usually found as part of modular installations, especially in constructional design.
Hollow aluminum beams can come in a wide variation of shapes, with specific sub-classifications for each. These may come in the form of rectangular beams, square-shaped, or one with a hollow top/bottom. The result is a beam that can be used as part of a support framework for buildings, bridges, and other types of industrial applications. They are highly useful in providing horizontal support, especially in the face of heavy loads.
Square aluminum profiles can be classified as belonging to a subsection of hollow-beam aluminum. They’re used in similar applications to the hollow beams — the most distinct difference lies in that they can provide more stable support.
Square profiles can be found as part of wall load bearings, as well as support columns and pillars. They can be made either seamlessly or non-seamlessly, depending on the manufacturing process. This involves a non-time-consuming process of continuously flattening an aluminum sheet and joining the corners so as to form a square. A high-pressured piercing point is passed through the middle of the profile in order to smoothen out the inner edges.
Aluminum profiles are useful not only in larger-scale applications, but in smaller-scale ones. In fact, they’re also widely-applied as part of a window’s framing. Apart from the lightweightness and flexibility of aluminum, its resistance to corrosion is also one reason why they can serve as stable window frames.
SD profiles make the best choice for sliding window frames. Windows are constantly exposed to different elements that are found in the external environment, such as dust, rain, and high temperatures. Both the SD profile’s sliding functionality and ability to resist different forms of weathering make it the best choice.
RCW profiles are abundant in high-rise buildings, and are usually applied to curtain walls, or mullions. These usually do not offer any structural function, as their primary use is for providing a barrier to prevent the entry of environmental elements inside a building.
Curtain walls are usually aluminum-framed and come in different sizings. It’s important that these profiles contain the necessary components in sealing off unwanted objects from entering the interiors of a building space. This is one of the main drivers behind why RCW profiles are usually fitted with other materials that help prevent leakages from occurring.
Also named as the ED section, aluminum door sections are profiles used in heavy-duty glass doors for buildings. They are part of the entire mechanism of push doors and often work as an entire system.
Glass doors that come with a push mechanism are found in different types of commercial spaces. Its unmistakably classic design doubles down on the form, but also on the functionality. Aluminum door sections greatly secure the glass material in place, to prevent it from falling, or toppling over so suddenly.
A louver refers to an arrangement wherein slats are attached at regular horizontal intervals from one another at an angle. They come in the form of window blinds, or door shutters. Because of the structure, louvers are mainly used for the passage of natural lighting or ventilation. They also help keep debris from entering inside a building.
Aluminum louvers can be manufactured in different customized designs, depending on the building requirements. The aluminum material, while being able to let cool, natural ventilation inside, also aids in keeping out water. It also adds a layer of privacy to a building space, since the angled slats greatly diminish the visibility.
The T-section profiles are exactly just that — a T-shaped aluminum extruded product that gives support in different directions. T-sections specifically contain components such as the span, horizontal flanges, and vertical webs.
The structure of this type of aluminum profile implies that it can be found in corners and as part of a truss network. It can be easily fitted with other aluminum profiles like the hollow beam and the square profile. To add further durability, fittings are also attached to T-sections as a way of also improving the level of support.
The different aluminum profile types all serve to provide function, support, structure, and stability. Manufacturers have been able to include tailor-fit modifications on these profiles to accommodate different uses, such as sliding doors, window sections, louvers, and building frameworks.
The use of aluminum in construction has transcended merely architectural support and has gone beyond serving as protection from external elements. There is no questioning that these extruded profiles make one of the most enduring uses for aluminum.