EVOCERAMIC 44 VB

Why choose EVOCERAMIC 44 VB:

• Unlike conventionally insulated walls, walls built with EVOCERAMIC 44 VB no longer require renovation or replacement of the insulation.
• Sound reduction index Rw=53 dB. Stone wool has superior sound insulation properties. By replacing the air in the ceramic blocks with stone wool, airborne noise is absorbed.
• Designed for load-bearing structural walls. Its high load capacity allows traditional construction without the need for load-bearing frame structures.
• Thermal insulation is guaranteed throughout the building’s lifetime. Integrating the stone wool insulation into the ceramic casing protects it against mechanical damage and deterioration over time, ensuring high insulation durability and eliminating the need to renovate or replace the thermal insulation system over time.
• Walls breathe, ensuring a natural, healthy indoor climate. Both the brick’s ceramic body and its stone wool insulation have high vapour permeability, allowing vapour to pass through walls. This keeps humidity under control by releasing excess moisture from inside the home to the outside, reducing the risk of damp and mould and their adverse effects, such as allergies or asthma.
• High fire protection. Both the ceramic casing and the stone wool insulation are non-combustible products that do not contribute to the development or maintenance of a potential fire. Fire resistance: Class A1.
• Eliminates thermal insulation stages such as attaching insulation material to the façade and mechanical fixing with its adverse effects, while the operations needed to finish exterior walls can be mechanised with substantially higher productivity.
• The façade can be finished with clinker, natural stone, brick slips or architectural surrounds without restrictions or additional substrate preparation, eliminating additional time and costs.
• Requires no additional insulation system, having thermal resistance similar to that of an ordinary 30 cm wall with 10 cm of insulation. It retains heat indoors during the cold season and keeps the building cool in summer, with higher thermal inertia than an ordinary 30 cm wall with 10 cm of insulation. Outdoor temperature variations are felt much later indoors thanks to a greater thermal time lag than that of an ordinary 30 cm wall with 10 cm of insulation.