Aluminum glass facades also know as curtain wall are the inevitable way of building. They provide a modern and recognizable look of every project and are the main source of natural light and protect against adverse weather impacts. They provide to architects freedom of design and unlimited creativity. By technical-constructive classification we differentiate:

  • Aluminum structural facade
  • Aluminum Continuous Facade – Curtain walls
  • Aluminum element facade
  • Aluminum 3D facade

Our wide range of aluminium glass facades can offer solutions based on the individual technical requirements of the building. ALU-forma aluminium glass facades are robust, thermally efficient and strong and complies with the highest standards in energy efficiency and security. The use of aluminium for facades is inevitable; because of its strength and stability it meets all the requirements to support large glass areas allowing maximum light entrance in to your building.

Construction: Made of self-supporting elements, made of aluminum profiles, glass, insulation and aluminum sheets. The elements consist of vertical and horizontal profiles attached to the supporting structure in which the windows and fixed parts of the facade are incorporated. Installation: Performs professionally, with care and precision in the way that vertical and horizontal profiles can be attached to galvanized steel anchors on the supporting structure. After that, a glass that satisfies the safety and thermal requirements is installed, followed by sealing which are made of the highest quality materials.


The versatility of steel construction gives architects the freedom to achieve their most ambitious visions. Structural steel is an essential component of most stadia, shopping centres and commercial developments. Steel is one of the most sustainable construction materials. Its strength and durability coupled to its ability to be recycled, without ever losing quality make it truly compatible with long term sustainable development. Building owners value the flexibility of steel buildings, and the value benefits they provide, such as the light, open, airy spaces that can be created, making it ideal for modernisation, reconfiguring, extending or adapting with minimal disruption.

ALU-FORMA structure is produced out in accordance with the Technical Building Regulations, standard EN 1090-2: 2011: Design of steel and aluminum structures – Part 2: Technical requirements for steel structures 1090-2: 2008 + A1: 2011) for the performance class EXC 2 and proof of the ability to perform welding work according to EN ISO 3834-3: 2007. Protection against corrosion is performed according to HRN EN ISO 12944-2. Coupling material according to EN ISO 10684:2004.


The installation of ALU-forma Vent System for facade gives considerable advantages of wall durability over time and of energy saving, especially where tall, exceptionally exposed, isolated buildings are concerned. In terms of thermal energy, ventilated walls can reduce the amount of heat that buildings absorb in hot weather conditions due to partial reflection of solar radiation by the covering and the ventilated air gap and to the application of insulating material. In winter, ventilated walls manage to retain heat, resulting in savings in terms of heating. This ALU-FORMA Vent system set up efficient natural ventilation and guaranteeing a high level of living comfort.


Windows are the only barrier between interior and external atmospheric impacts. They are the main source of light and protect us from adverse weather impacts. Windows are an architectural element which are special significance for buildings. The role of the window with respect to the interior of the building was changed through history and upgraded depending on the requirements of the space user. A major role in the new window compared to the windows area also had knowledge in the field of health and psychology. According to principles of planning space that provides an adequate degree of living and working comfort, where daylight or natural light and warmth in space are important. In 1970 energy issues point to poor artificial light output, and time to connect energy consumption and heat loads to the room, as well as to assist in evaluating window openings as sources of natural light.

ALU-FORMA Windows combine design and function. Intelligent technology in an harmonious interplay with diverse shape and colour options. We offer a wide spectrum of design options for our windows. Different colour coatings can be used depending on the frame material. Every desired opening type is available, from inward and outward opening, turn and tilt and double casement


The doors serves to close an entrance or passage. Doors opening provides passage, ventilation and direct lighting, and closure provides security, thermal insulation and noise protection. Since they are for thousands of years an indispensable architectural element in all types of buildings, they are often shaped and decorated in order to present the space they protecting. ALU-FORMA door range combine numerous, timeless designs with the highest degree of security, thermal insulation, weathertightness and durability. Our aluminium doors are robust, strong and highly secure.


ALU-FORMA sliding doors create rooms which are flooded with light and seamlessly open out into nature. With the ability to create large glazed areas, allowing more natural light to enter a room, our aluminium sliding doors and sliding folding doors are the perfect solution for maximising space and minimising the barriers between the inside and out. Thanks to the high stability of aluminium, buildings can be designed with narrow profiles and particularly large areas of glass, providing maximum transparency and light penetration.


Very important challenges of energy efficient concepts in buildings is to control the entrance of daylight. It is important to find the right balance in allowing sunlight to enter, while at the same time avoiding overheating of the building. By implementing ALU-forma sun screen systems into your building design, you will reduce the need for air conditioning, without compromising the entrance of daylight.