With the development of technology, interior design is also developing, one of the most popular ways of manufacturing facades for kitchen, office furniture and home furniture is aluminium frame profiles.

The facades are assembled on the basis of an aluminium frame profile, ideally combined with furniture acrylic, glass, MDF or laminated chipboard (LPB - Laminated particle board).

Aluminium facades also have high strength and resistance to mechanical damage, humidity and temperature changes. The maximum height and width of the facades is limited only by the imagination of the designer.

The advantages of using a structural profile allow it to be used to implement almost any task: from the installation of production fences to the manufacture of a working machine.

This is the main, but not the only advantage of its merits. As pluses, one can also distinguish the following: the weight of the manufactured structure is reduced in comparison with the use of standard profiles by 30-33%. As a result, if the usual working table of an auto mechanic weighed 200 kg, then made with the help of structural aluminium machine tool - only 134 kg.

Any worker will appreciate this weight loss, especially if the table needs to be moved around the workshops. All the parts are assembled quickly. The process is simpler, more like a children's designer.

If necessary, any profile can be cut at any angle, which several times increases the possible solutions. After the assembly of the structure, it is not necessary to prime it, paint it, adjust it to size, etc. For fixing, there is no need to use welded work. With the help of special fittings a strong and reliable connection is created.

As an example, you can consider the aluminium profile for shop windows. After the assembly at any time, you can make changes and adjustments. It is easy enough if necessary to add another shelf in the rack, install rollers on the table legs, etc. The advantages of using a structural aluminium profile are numerous, the only thing that can limit its use is - its price.

The facades are assembled on the basis of an aluminium frame profile, ideally combined with furniture acrylic, glass, MDF or laminated chipboard (LPB - Laminated particle board).

the combination of aluminium and inserts from aluminium design elements are in good harmony, and also look great in the doors and in the facades of the cabinets, giving the kitchen, living room, bedroom and office a hint of exclusive work.

Aluminium facades also have high strength and resistance to mechanical damage, humidity and temperature changes. The maximum height and width of the facades is limited only by the imagination of the designer.

Aluminium profile systems - a universal solution for any architectural task. Thanks to modern technologies of painting and anodizing, the quality of the coating of aluminium profiles is distinguished by its durability, its resistance to atmospheric and mechanical influences.

Lightness, plasticity, high thermal and electrical conductivity, and non-toxic aluminium make it possible to use it in eco-architecture - the construction of infrastructure facilities, the creation and further operation of which cause minimal damage to the environment.

Metal lampposts have a significant advantage over aging concrete supports - they are much easier to install and transport, which significantly reduces the cost of installing lighting systems. They are durable, easy to operate, have a rather aesthetic appearance, perfectly fit into the environment and are widely used for creating illuminations on highways and roads, squares and boulevards, in parks and courtyards.

Advantages of aluminium alloy supports:

Aluminium is one of the key materials in the field of energy, since the viability of the material is an excellent solution for the renewable energy sector.

The energy and development of research in the use of solar energy opens up new horizons and the most basic in the production of photovoltaic systems, structures and components of wind turbines, concentrated solar collectors, thermal management solutions require reliability, durability and ease in production precisely because of these criteria and choose aluminium in power engineering.

Owing to its lightness and strength aluminium alloys have become widespread in the motor industry, replacing in some cases iron and steel.

In the motor industry aluminium is in great demand from its alloys to make body parts, frames and even completely an automobile because aluminium alloys are lighter than steel and have equivalent strength, as it is possible to regulate their deformation in RTA – this is called a programmed deformation. The lightness of this metal makes it possible to reduce the weight of the vehicle, which in turn reduces fuel consumption and, as a consequence, reduces the emission of harmful substances. With the development of design in the motor industry, aluminium has also not been bypassed, its high flexibility helps to realize the boldest design decisions and also allows to make the body more streamlined that increases the aerodynamics of the automobile and improves its manageability.

Aluminium facades also have high strength and resistance to mechanical damage, humidity and temperature changes. The maximum height and width of the facades is limited only by the imagination of the designer.

The use of aluminium in the interior of the automobile is also gaining momentum, thanks to the fact that it can be processed in a variety of shapes and give a noble colour, small parts in the interior of “Luxury cars” make it from aluminium, various inserts, buttons, pens and much more. Every year, aluminium is used increasingly and its use in the automotive industry is growing due to its excellent strength, lightness, flexibility and aesthetics.

Aluminium cars are very popular nowadays, they are used for transportation of coal, various ores and minerals, as well as grain, acids are transported in tank-wagons, etc. Aluminium cars are one-third lighter than their steel counterparts, but the price opposite is much higher, but it pays off more than average in the first two years due to transportation of a larger volume of cargo. But unlike steel, they are not corroded and therefore very durable, on average, for 40 years of use, they lose only 10% of their value in the price. In passenger rail transport, the ease of aluminium saves energy with frequent stops, since ease makes it possible to quickly stop the train and start moving.

Aluminium is also widely used in the production of high-speed trains and makes it possible to reduce the weight creating resistance to the movement of such trains. Given all the facts, we can say with confidence that aluminium is one of the best materials.