Aluminium profiles are a custom built in order to accommodate client’s specific personal preferences or said requirements therefore applying necessary alterations and any modifications whenever needed or if situation demands. It is indeed important to know that no two aluminium profiles are completely identical to each other. Aluminium is actually a very good conductor of heat and electricity, and it is a nonmagnetic element too. The flexibility nature of any aluminium extrusions and aluminium profiles submissively allows one to bring in the changes to the application at a later date.
And with the applications listed across many of present modern industries, an aluminium profile plays an essential role in the
field of aerospace, electronics and engineering industry. Aluminium profiles can be applied for various applications and are easily found in a distinctive variety of products from double-glazing, load bearing structures, window, curtain walling section, patent glazing, facades, shop fronts, partitions, glass houses, expansion joint, solar panel frames, Heating and ventilation equipment, Road and street equipment, architectural hardware, Conservatories, claddings, Shutters and blinds, Balconies, railings and gates, Garage and industrial doors etc. to railway carriages.
An Aluminium extruded profile can be seen everywhere. And therefore are getting much hype and increasingly popular as more and more industriesdiscovering their benefits of usage.
The aluminium alloy when needed to be used go through a heating process before being lead through the die at extremely high pressures which results in many of the aluminium profiles to reach lengths of huge measurements as and when they’re being pulled from the die. Then these profiles get cut at the required length and may be anodized or to be specific powder-coated to specific said requirements, and here in the UK GSM offer a full fabrication service to complement the aluminium extrusions. A die is particularly a tool shape through which the aluminium is being pushed through in order to create the aluminium profile. And they are categorized into two main sets of profile, which are solid and hollow:
Aluminium only weighs about 1/3 of steel. And it is easy to give shape into professional and advanced designs. This element has a very smooth surface finishing attribute to it. And it is a hundred percent recyclable element.
Unlike most steel, aluminium can never become brittle at the minimum temperatures, instead its strength gets increased. And at the maximum temperatures, its strength decreases. If at a point when temperature continuously starts exceeding 100°C, its strength get affected to a greater extent that surely it needs to be taken into account at the initial mark of its designing stage.
Aluminium can be rolled apart from just being suitable for extrusion and bent to any structure in the both hot and cold condition. Aluminium is an easy metal which can be worked using most machining methods – like cutting, punching, and milling, bending, drilling, and turning. And with the aluminium profiles, it is really easy to compensate for failing joint strength by maximizing the wall thickness. Process of Anodising eventually increases the thickness of the oxide layer and which improves the natural corrosion protection.
In principle, without any quality deterioration aluminium can be taken into the process of getting recycled and bring it to use in various new product ranges in an endless cycle. While only a few per cent of the metal is lost in the process. The formability and flexibility of aluminium guarantees infinite designing capabilities and the extrusion method offers an almost unlimited range of forms and sections, results in to allow architects to integrate varieties of functions and shapes into the aluminium profile.
Aluminium profiles are totally weather-proof, immune to the harmful effects of UV rays, resistant to corrosion and ensure maximum performance over a period of a long lifetime. And in fact the surface treatment procedure improves the outstanding corrosion resistance even further. These are some of the properties which make the aluminium profiles the most preferred alternative to the heavy steel material and structures in designing of the mounting systems especially for solar energy systems – from thermal collector systems to new concentrated solar power plants.
The good high strength-to-weight ratio of aluminium makes it possible to design light structures with exceptionally stability. To maximize cost-efficiency, an aluminium profile’s design needs to always be as production friendly. And to achieve a better performing profile, it must have proper uniform wall thickness, have smooth, soft lines and corners, be in symmetrical, and should not have deep and narrow channels.