Product performance
Performance
The Project Division of Infinity specialises in the design and consultancy for any type of architectural project. “Tailor-made” applications are fitted to the needs of customers, architects and industry professionals.
Complete competency and in-depth experience is ensured by our experts who will always find concrete and punctual solutions for the project requirements and after-sales assistance.
Infinity offers various ventilated façade systems. The professionals of the Project Division offer an in-house service of planning aimed at optimising the aesthetic choices in relation to the technical performance required.
This combination comes from studying the architectural design and is developed through an analysis of various façade system components:
•Infinity cladding panel
•ventilated cavity
Ventilated façades are a highly sustainable system, aimed to increase the energy performance of buildings.
The ventilated system works with the thermal insulation layers to minimise consumption linked to the cooling of interior areas, to improve indoor comfort, to disperse moisture from the walls behind and to protect them from bad weather.
The Infinity ventilated façades are an investment for thebuilding that is easily offset considering the energy savings it brings
The useful life of the façade can be compared to that of the building itself, and it does not require specific maintenance
Sustainability and efficiency are guaranteed thanks to the lowered energy consumption and zero costs in maintenance
The systems with mechanical anchoring exclusively use non-combustible materials
The ventilation within the cavity wall helps disperse the interstitial moisture of the exterior wall assemblies
The ventilated façade is a guarantee of thermal-hygroscopic comfort and acoustic insulation
Infinity ventilated façades are designed to permit all kinds of thermal dilation between the materials. Furthermore, cladding raised off the wall surface avoids all types of efflorescence
Thanks to the vast selection of colours and finishes, Infinity makes for punctual and high-performing architectural projects
All ceramic and metallic components are recyclable and during their life cycle, which is longer than the average for construction materials, they do not emit VOC or other harmful substances
The ventilated façade system is easy to apply to existing buildings, improving appearance and energy performance
Infinity slabs are produced using the highest quality standards and, thanks to their size, they lend themselves for use in all types of residential and non-residential constructio
Weather protection for the building
Infinity offers two categories of Ventilated Façade based on the thickness of the slab used:
Hybrid chemical/mechanical anchorage system
12mm
Purely mechanical anchorage system
Ventilated Façade with 6mm Infinity slabs
The 1600x3200mm Infinity slabs with 6mm thickness allow for the creation of ventilated façades with a huge reduction in the weight of the system. The reduced thickness of the slab is not suited to purely mechanical fixing, therefore the proposed systems use chemical adhesives to improve the wind resistance of the façade.
Furthermore, mechanical safety brackets are always used in combination with this kind of anchorage. The chemical adhesives require a great deal of care in the application phase and, for this reason, the Infinity systems prefabricate this bonding phase at the manufacturing plant, checking that it meets all the application protocol standards.
The use of ceramic materials directly onto the wall, both inside and outside is particularly common worldwide.
Less than 16 kg/m² dead weight
Easy installation and reduced costs compared to other types of cladding systems
The cladding slabs are not subject to any kind of deterioration caused by weathering and at the same time protect the layers behind, extending their useful life
No deterioration suffered over time from weather conditions
No façade maintenance
Vast range of colours and finishes large and scale format able to cover the buildings' interfloor gap
