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Solutions for the acoustic insulation of VRF systems

For the acoustic insulation of VRF systems, Fonois provides a comprehensive range of high-performance solutions designed to deliver quiet operation, efficiency, and seamless integration into any architectural setting. The SH Pod soundproofing casings, available in both standard and Advanced VRF variants, reduce noise emission on all sides while preserving machine performance. Quiet Leaf™ noise barriers, LSP aphonic grilles and acoustic silencers complete the range, providing effective noise attenuation in ventilation and cooling systems.

vrf

Why apply acoustic insulation to VRF systems

VRF (Variable Refrigerant Flow) or VRV (Variable Refrigerant Volume) systems represent an ideal technology for maintaining consistently comfortable indoor temperatures across medium to large-scale facilities, such as offices, hotels, restaurants, hospitals, and commercial environments. These systems are highly regarded for their energy efficiency and operational flexibility. However, to ensure optimal acoustic comfort, it is essential to manage the noise generated by both indoor and outdoor units. Hence the need for acoustic solutions specifically designed to minimise sound emissions and prevent vibration transmission.

Why choose Fonois acoustic solutions

Fonois represents a major step forward in the soundproofing of VRF systems, establishing its casings as essential accessories for enhancing system performance. Among them, SH Pod Advanced casings stand out as key solutions. These casings make it possible to:

  • Protect the unit with an ultra-compact casing that complies with clearance requirements
  • Ensure efficient airflow with minimal pressure drop, just 10 Pa
  • Shield the unit against environmental exposure to extend its life cycle
  • Provide easy access for routine maintenance

In both vertical and horizontal VRF configurations, Fonois systems are designed to meet their specific requirements, enhancing acoustic characteristics while maintaining thermal performance.