Installed on the exterior of the steel structure, the Compact Sate panel acts as a continuous thermal envelope, providing a fast, clean and energy efficient solution. This makes it an ideal choice for sustainable and industrialised construction projects.
The Compact Sate panel stands out for its robustness and durability. The XPS with graphite offers remarkable impact and moisture resistance, while the polymer mortar layers provide a hard but flexible surface, capable of absorbing shocks without cracking, thus ensuring a stable and durable façade for decades.
Thanks to its prefabricated and lightweight nature, the system allows for a much quicker installation than traditional in-situ applied ETICS solutions. The panels are anchored directly to the steel substructure using standard mechanical fasteners, eliminating intermediate processes and significantly reducing construction time.
In addition, they do not require the time-consuming process of multiple layers, their low weight facilitates handling and reduces the need for skilled labour, allowing the building envelope to be quickly closed and interior finishes to continue, regardless of weather conditions.
One of the great advantages of this system is the drastic reduction of waste and dirt on site. As it is a dry and completely prefabricated system, it eliminates the accumulation and mixing of materials that is common in on-site systems.
This optimises logistics, reduces cleaning and waste management costs, and speeds up the construction process, as the panels arrive ready for direct installation, avoiding the accumulation of materials.
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The composition of the Compact Sate panel offers outstanding thermal performance. The XPS core with graphite improves thermal conductivity by up to 20% compared to traditional XPS panels, thanks to the graphite particles that act as small mirrors, reflecting thermal radiation and reducing heat transfer.
This translates into lower energy consumption for heating and cooling, greater economic savings over time and a significant reduction in CO₂ emissions, contributing to sustainable construction goals.
In terms of sound insulation, the combination of the high-density XPS core and mortar layers creates a solid barrier that attenuates exterior noise. The outer layers add mass and rigidity, blocking the passage of sound, while the core absorbs vibrations, offering a superior level of acoustic comfort compared to conventional solutions.
