Reduced thickness
A total thickness of just 26 mm. Ideal for building renovations involving low floor levels and height restrictions.
The support panels for the Raised Floor system can be made from three materials: wood-based composite, calcium sulphate, or porcelain stoneware. These cores are bonded to the top finish layer and edged with a self-extinguishing plastic material that provides protection against noise and creaking. The underside can be protected by a vapour barrier consisting of a sheet of melamine, aluminium, PVC, steel, or similar material.
A total thickness of just 26 mm. Ideal for building renovations involving low floor levels and height restrictions.
The monolithic coupling ensures high specific weight, eliminating vibrations and flexing underfoot.
Impact sound insulation performance comparable to traditional chipboard or sulphate-based solutions.
Water-inert material. Prevents structural deterioration caused by water infiltration or rising damp.
The same ceramic surface can be extended outdoors, ensuring seamless visual architecture.
Adopting the system ensures optimized long-term margins.
High-density wood-based composite panel composed of wood chips, resins, and inert fillers, featuring high mechanical strength and fire resistance. Total thickness, including porcelain stoneware finish, is approximately 50 mm.
High-density calcium sulphate panel with a core composed of a mixture of anhydrous calcium sulphate reinforced with organic fibres, free from asbestos and any toxic materials. The panel offers high mechanical strength and fire resistance, excellent sound absorption, and minimal impact noise transmission. Total thickness, including the porcelain stoneware finish, is approximately 40 mm.
No, the perception that ceramic is inferior in acoustics is a false myth debunked by technical data. Evaluating the impact noise of raised floors with stoneware supports , the sound insulation values are aligned with those of sulphate systems. The high mass and density of the sintered support (approximately 2,200 kg/m³) effectively dampen vibrations. The numbers confirm the parity of performance, ensuring high acoustic comfort even for technical floors in executive offices or open-plan spaces.
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