Guangjun Aluminum is the leading ceramic tile trim profile distributor and manufacturer in China. We’re a trusted partner in many countries. Guangjun Aluminum keeps up with the times responding to the world’s changes and offering new profile solutions. As we’re a manufacturer, we can create a custom-made tile edging profile for you. It will take us approximately two weeks to work out a product.
Guangjun Aluminum offers a wide range of tile trim profiles for any demand and need. Our products are made of high-quality materials. We offer the best aluminum solutions at the affordable prices. Even if you have a black ceramic bath, a trim profile for your designer tiles you can find at Guangjun Aluminum. We can send free aluminum profile samples within one business day.
Aluminium trim profiles are available in the following colors:
Wood Grain
Champagne
Grey
Gold
Black
White
Since every design is unique, we’ve worked out an extensive range of surface treatments to meet every design. You can choose colors of profiles as well as a surface treatment:
Mill Finished
Powder Coated
Anodized
Polished
Note, tiles are available in different thickness. And aluminum tile trim profiles also come in different thickness to protect tile edges at corners and to make tile appearance more attractive and neat. Shenghai Aluminum provides a full range of profile products including corner pieces to create practically invisible joints for both internal and external corners.
Types of Aluminium Edge Trim
J Trim
U Trim
Z Channel Trim
H Channel Trim
Angle L
T Edging
F Channel
Hat Channels
Aluminium Edge Trim Application
Aluminum profile trim for tiles
Aluminum floor transition trim strip
Aluminium carpet edge decoration
Aluminium Listello Trim
Aluminum Stair Trim
Aluminum skirting baseboards
The Best Aluminium Edge Trim
Decorative tile trim profiles are used for two main roles. First, it’s a great way to accentuate your plain tiling. The edge trim also helps to hold your tile strongly together. Tile trims are normally installed along the edges of your tile. They come with elegant aesthetics and outstanding visual appeal. The aluminum trim also helps prevent your tiling from chipping, cracking, or breaking. It can be installed on any tiled surface, including bathroom and kitchen floors or walls. However, one of the most popular places to install the trim is often alongside the transition between the floors and walls.
Aluminium Edge Trim Key Features:
Easy-To-Install
Waterproofing
Corrosion Resistance
Long Service
Scratch Resistance
Light Weight
Suitable for industrial and residential use
Heat Resistance
Only High-Quality Products
Though the process of manufacturing is complicated enough, our specialists control every production stage to ensure the highest quality of our tile trim products. Shenghai Aluminum profiles are sold to distributors all over the world.
Shenghai Aluminum products for professionals, order our edge trim solutions at the best prices.
Explore The Excellent Choice – Aluminium Edge Trim of Guangjun Aluminum
Aluminium edge trim is an aluminum profile product used in architectural decoration, ceramic tiles, floors, carpets, stairs and other fields. Not only does it provide edge protection, it also enhances the overall appearance and makes the design more aesthetically pleasing.
In this field, Guangjun Aluminum trim manufacturer is a well-recognized leading enterprise, and its products have the following significant advantages:
High-quality aluminum material: Guangjun Aluminum is committed to using high-quality aluminum to produce edge strips, ensuring its durability and corrosion resistance. This allows the product to remain stable over a long period in various climatic conditions.
Exquisite production technology: The company uses advanced production technology, such as extrusion molding and precision cutting, to ensure that the size and shape of each aluminum corner strip meet strict quality standards. This helps ensure a smoother installation process and provides a superior appearance.
Diverse design options:Guangjun Aluminum provides various aluminum edge strip designs to meet different decorative styles and needs. Whether it is a simple modern or traditional classic, you can find suitable products to provide customers with more choices.
Customized service: To meet customers’ individual needs, we provide customization services. The aluminium trim strip size, color and surface treatment can be customized according to the customer’s specific requirements to ensure they fully comply with the project design.
Overall, our aluminum extrusion tile trim products offer superior quality and durability and excel in design, customization, and environmental protection. Choosing products from this profile manufacturer will enhance your building project, providing a long-lasting and satisfying decorative solution.
European standard 40 industrial aluminum profile European standard 40 basic frame profile, widely used in moderate or heavy load frame structure, such as: machine frame structure, workbench, material truck, factory floor partition, display rack, material rack, etc., is one of the most widely used profiles in the industrial field. European standard 40 industrial aluminum profile, surface after silver bright oxidation treatment, groove width 8.2mm, central aperture for Φ12, the series contains 4040 profiles, 4080 profiles, 40120 profiles, 40160 profiles and 8080 profiles. According to the weight of the profiles can be divided into standard, light, heavy and cost-effective ultra-light. The excellent load carrying capacity of 40 series T-shaped industrial aluminum profile provides the most economical, efficient and stable material choice for engineering design. It is usually possible to use a special anchor connection pin for 40 profiles, for connection by internal hiding, or for fixed angle connection by angular aluminum. The structure is robust and reliable, and is widely used in the design of frame structures in various factory floors.
6061 aluminum profile is a material widely used in various industrial fields. It is made by adding alloying elements such as magnesium and silicon. As a result, it has good processability, good welding characteristics and electroplating properties, as well as good corrosion resistance and high toughness. Here are some of the main application areas for 6061 aluminum profiles: 1, aerospace and defense industry: 6061 aluminum profile due to its good strength, corrosion resistance and light weight characteristics, is widely used in aircraft structural parts, missile parts, satellites and so on.
2 、 Communication and transportation: In the field of automobile, motorcycle, bicycle, ship, track traffic and so on, 6061 aluminum profile is used to make auto body, frame, hub, hull construction and so on. 3, the construction industry: in the construction industry, 6061 aluminum profiles are used in the manufacture of doors and windows, curtain walls, indoor and outdoor decorative materials, etc., because of its good corrosion resistance and processing performance, as well as beautiful appearance. 4, electronic products: In electronic products and electrical equipment, 6061 aluminum profiles are used to make mobile phone shells, computer frames, radiators, etc., to improve heat dissipation efficiency and reduce weight. 5, mechanical equipment: 6061 aluminum profiles in a variety of mechanical equipment and automated production lines, used to manufacture mechanical structural parts, molds, production line frames, etc., because of its good processing performance and welding performance. 6, sports equipment: in sporting goods and leisure equipment, such as hiking poles, fishing rods, golf clubs, etc., 6061 aluminum profiles are widely used because of their lightweight and high-strength characteristics. 7, solar industry: 6061 aluminum is also used to manufacture solar photovoltaic framing and bracket, in order to provide adequate intensity and resistance to natural weathering. In summary, 6061 aluminum profiles have been widely used in various fields of modern industry due to their excellent comprehensive performance.
Aluminum alloy radiator has been widely used in many fields because of its good heat dissipation performance, light weight and easy processing. Here are some of the main applications of aluminum radiators: 1, electronic equipment: aluminum radiator in the computer CPU, GPU, power amplifier, power module, LED lighting and other electronic products have an important application, effectively help these devices heat, ensure its normal operation. 2, the automotive industry: in the automotive industry, aluminum alloy radiator for automotive engine cooling system, air conditioning system and other components, to help the car in the process of operation to maintain the appropriate temperature. 3, communication equipment: aluminum alloy radiator is also widely used in communication base stations, servers, routers and other communication equipment to ensure the stability of these devices in long-term operation and high load working conditions. 4, industrial machinery: in a variety of industrial machinery and equipment, such as frequency converters, PLC control cabinets, etc., aluminum radiator is also an indispensable component to distribute the heat generated during mechanical operation. 5 、 New energy resources: In the field of new energy resources, such as solar power generation, wind power generation, etc. 6, household appliances: some household appliances, such as TVs, air conditioners, refrigerators, etc., will also be used to aluminum alloy radiators to help the equipment dissipate heat and extend its service life.
7, lighting industry: in LED lighting products, aluminum heat dissipator for heat dissipation to ensure the stability and service life of LED lamps. Aluminum alloy radiators are so widely used, mainly due to their excellent heat dissipation performance and economic benefits, and can meet the needs of different industries and different equipment for heat dissipation. With the advancement of technology and the development of materials science, the application field of aluminum alloy radiator will continue to expand. Aluminum components of new energy resources vehicles are more and more widely used, mainly because of aluminum material with light, high strength, electrical and thermal conductivity, corrosion resistance, recyclable and so on. These characteristics make aluminum alloy become a very popular material in the field of new energy resources vehicles, especially in the development of electric vehicles. The application of aluminum alloy components plays a key role in improving energy efficiency, extending the range, reducing environmental pollution and so on. The main application fields of aluminum alloy parts for new energy resources vehicles:
1, body structure: the use of aluminum alloy can significantly reduce the weight of the body and improve the energy efficiency of the vehicle. For example, aluminum alloys can be used to make body frames, doors, tailgates, roofs and other components. 2 、 Battery pack construction: The battery pack of new energy resources vehicles, especially electric vehicles, requires light and high strength materials to protect the battery cells. Aluminum alloy can not only reduce the weight of the battery pack, but also improve its structural strength and heat dissipation performance. 3, motor and power system: aluminum alloy in the motor shell and power system cooling components are widely used, can effectively improve the heat dissipation efficiency, to ensure the stable operation of the system. 4, suspension system: The application of aluminum alloy in the suspension system can reduce the weight of the suspension components and improve the handling performance and comfort of the vehicle. 5, wheels: aluminum alloy wheels than traditional steel wheels light, can effectively reduce the overall weight of the vehicle, but also has better heat dissipation performance. Manufacturing Technology of Aluminum Alloy Parts: Casting: is one of the commonly used methods of manufacturing aluminum alloy parts, suitable for complex shaped parts. Extrusion: suitable for the manufacture of a certain section shape of the rod, pipe, profiles, etc. Rolling: Suitable for manufacturing aluminium alloy sheet, strip, foil, etc. Forging: It can improve the mechanical properties of components and is suitable for manufacturing components with higher strength requirements. With the rapid development of new energy resources automobile industry, aluminum alloy parts will be more widely used, and the performance of aluminum alloy materials will be more and more demanding. In the future, the innovation of aluminum alloy materials and processing technology will provide strong support for the development of lightweight and efficient new energy resources vehicles. 6061 aluminum profile is a material widely used in various industrial fields. It is made by adding alloying elements such as magnesium and silicon. As a result, it has good processability, good welding characteristics and electroplating properties, as well as good corrosion resistance and high toughness. Here are some of the main application areas for 6061 aluminum profiles: 1, aerospace and defense industry: 6061 aluminum profile due to its good strength, corrosion resistance and light weight characteristics, is widely used in aircraft structural parts, missile parts, satellites and so on. 2 、 Communication and transportation: In the field of automobile, motorcycle, bicycle, ship, track traffic and so on, 6061 aluminum profile is used to make auto body, frame, hub, hull construction and so on. 3, the construction industry: in the construction industry, 6061 aluminum profiles are used in the manufacture of doors and windows, curtain walls, indoor and outdoor decorative materials, etc., because of its good corrosion resistance and processing performance, as well as beautiful appearance. 4, electronic products: In electronic products and electrical equipment, 6061 aluminum profiles are used to make mobile phone shells, computer frames, radiators, etc., to improve heat dissipation efficiency and reduce weight. 5, mechanical equipment: 6061 aluminum profiles in a variety of mechanical equipment and automated production lines, used to manufacture mechanical structural parts, molds, production line frames, etc., because of its good processing performance and welding performance. 6, sports equipment: in sporting goods and leisure equipment, such as hiking poles, fishing rods, golf clubs, etc., 6061 aluminum profiles are widely used because of their lightweight and high-strength characteristics. 7, solar industry: 6061 aluminum is also used to manufacture solar photovoltaic framing and bracket, in order to provide adequate intensity and resistance to natural weathering. In summary, 6061 aluminum profiles have been widely used in various fields of modern industry due to their excellent comprehensive performance. Aluminum alloy radiator has been widely used in many fields because of its good heat dissipation performance, light weight and easy processing. Here are some of the main applications of aluminum radiators: 1, electronic equipment: aluminum radiator in the computer CPU, GPU, power amplifier, power module, LED lighting and other electronic products have an important application, effectively help these devices heat, ensure its normal operation. 2, the automotive industry: in the automotive industry, aluminum alloy radiator for automotive engine cooling system, air conditioning system and other components, to help the car in the process of operation to maintain the appropriate temperature. 3, communication equipment: aluminum alloy radiator is also widely used in communication base stations, servers, routers and other communication equipment to ensure the stability of these devices in long-term operation and high load working conditions. 4, industrial machinery: in a variety of industrial machinery and equipment, such as frequency converters, PLC control cabinets, etc., aluminum radiator is also an indispensable component to distribute the heat generated during mechanical operation. 5 、 New energy resources: In the field of new energy resources, such as solar power generation, wind power generation, etc. 6, household appliances: some household appliances, such as TVs, air conditioners, refrigerators, etc., will also be used to aluminum alloy radiators to help the equipment dissipate heat and extend its service life. 7, lighting industry: in LED lighting products, aluminum heat dissipator for heat dissipation to ensure the stability and service life of LED lamps. Aluminum alloy radiators are so widely used, mainly due to their excellent heat dissipation performance and economic benefits, and can meet the needs of different industries and different equipment for heat dissipation. With the advancement of technology and the development of materials science, the application field of aluminum alloy radiator will continue to expand. Aluminum components of new energy resources vehicles are more and more widely used, mainly because of aluminum material with light, high strength, electrical and thermal conductivity, corrosion resistance, recyclable and so on. These characteristics make aluminum alloy become a very popular material in the field of new energy resources vehicles, especially in the development of electric vehicles. The application of aluminum alloy components plays a key role in improving energy efficiency, extending the range, reducing environmental pollution and so on. The main application fields of aluminum alloy parts for new energy resources vehicles: 1, body structure: the use of aluminum alloy can significantly reduce the weight of the body and improve the energy efficiency of the vehicle. For example, aluminum alloys can be used to make body frames, doors, tailgates, roofs and other components. 2 、 Battery pack construction: The battery pack of new energy resources vehicles, especially electric vehicles, requires light and high strength materials to protect the battery cells. Aluminum alloy can not only reduce the weight of the battery pack, but also improve its structural strength and heat dissipation performance. 3, motor and power system: aluminum alloy in the motor shell and power system cooling components are widely used, can effectively improve the heat dissipation efficiency, to ensure the stable operation of the system. 4, suspension system: The application of aluminum alloy in the suspension system can reduce the weight of the suspension components and improve the handling performance and comfort of the vehicle. 5, wheels: aluminum alloy wheels than traditional steel wheels light, can effectively reduce the overall weight of the vehicle, but also has better heat dissipation performance. Manufacturing Technology of Aluminum Alloy Parts: Casting: is one of the commonly used methods of manufacturing aluminum alloy parts, suitable for complex shaped parts. Extrusion: suitable for the manufacture of a certain section shape of the rod, pipe, profiles, etc. Rolling: Suitable for manufacturing aluminium alloy sheet, strip, foil, etc. Forging: It can improve the mechanical properties of components and is suitable for manufacturing components with higher strength requirements. With the rapid development of new energy resources automobile industry, aluminum alloy parts will be more widely used, and the performance of aluminum alloy materials will be more and more demanding. In the future, the innovation of aluminum alloy materials and processing technology will provide strong support for the development of lightweight and efficient new energy resources vehicles.
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 – 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:
Modular dimension: Each line is based on mostly square profiles with an external dimension of 20, 30, 40, 50 or 60 mm. Continuous grooves run along all four sides.
Groove dimension: The size and load-carrying capacity of the groove increase in line with the modular dimension. Most profile connections are anchored in the groove. The groove also serves as an anchor point for panel elements.
Bore diameter: The core bore offers a stable fastening point at the end faces of the aluminium profiles. This bore can be used as a basis for subsequently tapping a thread.
In addition, there are different designs within the lines: “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 .
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, for example. Profile 8 40×40 1N light, natural. These descriptions can be deciphered as follows:
Compact aluminium profiles for precision work – 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.
The lightweight alternative: Line 6 aluminium profiles
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.
Universal and robust all-rounder: Line 8
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. (more about this further down) uses the Line 8 profile groove.
Increased load-carrying capacity for robust constructions: Line 10
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.
The robust option for load-carrying applications: Line 12 aluminium 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.
Optimised form for elegance and cleanliness: Line X
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.
Profile tubes for lean factory equipment: Profile Tube System D30
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.
Aluminum alloy angle code is one of the commonly used connectors for T-groove industrial aluminum profiles, which is suitable for the connection of high pressure and high torque profiles. Special bolts and T-nuts can be subsequently installed on the closed frame structure. Installation time and labor saving, effective saving time and labour costs. Product Systems Modular Assembly of Industrial Aluminum Profiles Product Type Base Frame Profile Connectors Material Aluminum alloy (67063-T5) Color surface anodized treatment (section not oxidized), silver white bright Aluminum Alloy Corner Code Product Introduction Aluminum alloy corner code is cut from the corresponding extrusion angle aluminum section by drilling, deburring and other processing, high connection strength, flexibility and versatility, simple and convenient connection. Through the bolt and nut can be tightened with the profile. Aluminum alloy angle code can support right angle connection between profiles, industrial aluminum profiles and plate right angle connection, profile 45 ° angle connection and profile 135 ° angle connection. The aluminum alloy corners in Dalian Rayto’s modular assembly system include 35x35x4 series, 40x40x5 series, 50x50x9 series, 70x70x9 series (135 °) and 80x80x9 series (45 °). 35 x 35 x 4, 35 x 35 mm cross section, 4 mm thickness for 90 ° connection of profiles 40x40x5, 40 x40mm cross section, 5 mm thickness for 90 ° connection of profiles 50 x 50 x 9, 50 x 50 mm section, 9 mm thickness for 90 ° connection of profiles 70x70x9, 70x70mm cross-section, 9mm thickness, can achieve 135 ° connection of profiles 80x80x9, with a section of 80x80mm and a thickness of 9mm, can be connected at 45 ° Our processing production of extrusion angle aluminum joint smooth, no burr, and fasteners and profiles with good fit, solid connection, joint. The standard specification model has a large number of stock, support fast delivery, such as special length can be customized according to the needs of processing, welcome new and old customers to map and sample customization, wholesale order.
The density of pure aluminum is small (ρ = 2.7g / cm3), about 1 / 3 of iron, low melting point (660 ° C), aluminum is face-centered cubic structure, so it has a high plasticity (δ: 32 ~ 40%, φ: 70 ~ 90%), easy to process, can be made into various profiles, plates, good corrosion resistance; However, the strength of pure aluminum is very low, and the annealing state σ b value is about 8kgf / mm2, so it is not suitable for structural materials. Through long-term production practice and scientific experiments, people have gradually strengthened aluminum by adding alloying elements and using heat treatment methods, which has obtained a series of aluminum alloys. The alloy formed by adding certain elements can maintain the advantages of pure aluminum light and have high strength, and the σ b values can reach 24 ~ 60 kgf / mm2. This makes its “specific strength” (the ratio of strength to specific gravity σ b / p) better than many alloy steels, As an ideal structural material, it is widely used in machinery manufacturing, transportation machinery, power machinery and aviation industry, etc. The fuselage, skin, compressor and other aircraft are often made of aluminum alloy to reduce their own weight. Using aluminum alloy to replace the welding of steel plate material, the structural weight can be reduced by more than 50%.
