Rabel Systems offers a comprehensive range of products and services revolving around Super thermal Aluminium systems for Passive and Zero Energy buildings, high performance systems for high-rise buildings, bespoke solutions for landmark buildings and innovative dry construction solutions for building envelops. The solutions offered are characterized by the high level of thermal insulation, exceptional performance against extreme weather conditions as well as their ability to cater for large openings. Rabel Systems internal engineering team also provides project consulting services to Architects, building contractors, mechanical Engineers, and project owners. Depending on the location of the project, the height of the building, the type and sizes of the openings, the required thermal performance, fire resistance e.t.c, the team of consultants with decades of field experience in systems and mechanisms, can build for you the tender specification and propose suitable products that have been tested and proved to perform according to the project requirement. If such a product is not available then this can be developed accordingly and tested to provide the necessary certification as required by the project. Rabel Systems infrastructure consists of three manufacturing sites for Aluminium Profiles and accessories equipped with plastic injection molding machines, aluminium die-casting, Zinc die-casting, eccentric presses, automatic lathes, machining centers, thermal profile assembly line, anodizing line, zinc plating line, four powder coating lines for Profiles and mechanisms, an automotive coating line for profiles and a PVDF coating line. Additionally it operates one distribution center for profiles, four distribution centers for accessories and four showrooms for complete systems and accessories. Having successfully completed numerous projects, Rabel Systems has obtained real measurements of its products under various climatic conditions making it thus possible to warrantee the quality of fabrication, installation as well as performance over time.
