Direct Adhesive Solution
With the technological advancement of epoxy and Polyurethane adhesives systems, such as Kerakoll Superflex, MAXIMUM is also a perfect solution for this application. Ideal for the refurbishment of existing buildings which need urgent face lifts. The aesthetic appeal of MAXIMUM panels will offer a striking alternative to traditional cladding systems such as Aluminium composites, pre finished CFC, FC, rendered and painted pre cast walls.
Low Maintenance Self Cleaning Panels.
MAXIMUM Porcelain Panels can be specified with Active™ Clean Air and Antibacterial Ceramic to create a self cleaning tile application. This is a patented productive process used to manufacture ECOACTIVE ceramic tiles and surfaces with anti-pollutant and antibacterial properties.
A technically advanced photocatalytic material, Active Clean Air & Antibacterial Ceramic™ makes it possible to use materials that make an active contribution to creating a better atmosphere and a cleaner environment.
Active™ is embedded and fused into the panel at manufacturing stage, so it will not lose its effectiveness over the lifespan of the product.
Currently, the largest format currently available for Active™ application is 1500×750mm.
Ventilated Facade Systems
MAXIMUM Porcelain Panels are the ideal alternative to standard facade cladding products. The covering materials of a ventilated wall must meet the following requirements: – reduced water absorption, non-flammability, resistance to UV, resistant to chemical and air pollution, lightweight and limited maintenance. Porcelain Panels have all these characteristics, making them technically better than quarry materials and classifying them as one of the most suitable materials for ventilated facades.
MAXIMUM 6mm Porcelain panels are only 14.7kg/m2 as compared to 20mm marble or granite which is approx 50kg/m2 . The load bearing weight is drastically reduced, a factor especially important in renovation works or new builds.
The design principle of the ventilated facade lies in the static autonomy of each single facing slab as well as in elimination of fixing mortar.
By not being directly anchored onto the building, the covering slab is free to move according to its own expansion coefficient, independently of movements of the structural supports, and adjust to the settling movements and oscillations of the building thanks to the elasticity of the anchoring.