

Manufactured from 100% recycled steel and 100% recycled glass wool.
High acoustic performance with a reduced environmental footprint.
Aerodynamic design with low pressure loss and high mechanical strength.
M0
SONIE BBC+ / LOW-CARBON ACOUSTIC SPLITTER
- Rectangular
- Standard acoustic baffle for HVAC ductwork


Description
The SONIE BBC+ acoustic splitters are installed in ductwork systems and reduce noise generated by ventilation systems.
They are manufactured using 100% recycled glass wool and steel, thereby reducing their environmental impact. Their performance has been tested in an independent laboratory in
accordance with ISO 7235.
Characteristics
- Low-carbon acoustic splitter
- Frame manufactured from 100% recycled steel
- Aerodynamic rounded-edge profile
- Ribbed reinforcement for enhanced mechanical strength
- Sound-absorbing insulation made from 100% recycled glass wool
- Density: 45 kg/m³
- Fire classification: A2-s1,d0
- Protected by an anti-fibre erosion glass veil
- Standard thickness: 200 mm
Performances
- Environmental
- Sound-absorbing insulation manufactured from 100% recycled glass wool.
- Frame manufactured from 100% recycled steel.
- Acoustic Performance
- Independently tested in accordance with EN ISO 7235.
- High acoustic attenuation with no compromise on performance.
- Pressure Loss
The rounded-edge frame profile reduces pressure losses by up to 30% compared with a straight-edge profile in selected configurations.
- Mechanical Strength
High-strength steel frame providing outstanding stability, long-term durability and proven mechanical performance, validated through testing.
Applications
- HQE®, BREEAM® and low-carbon building projects
- High acoustic performance HVAC duct systems
- Air handling units (AHUs)
- Plant rooms
- Installations requiring high acoustic attenuation
- Noise control in HVAC ductwork
- Low-frequency noise control in HVAC systems
- Commercial buildings
- Healthcare facilities
- Educational buildings
Manufactured from 100% recycled steel and 100% recycled glass wool.
High acoustic performance with a reduced environmental footprint.
Aerodynamic design with low pressure loss and high mechanical strength.
M0
Technical datasheet BBC+
Need help?
Need help finding the right solution for your needs?
Our teams are available Monday to Thursday from 8 a.m. to 5:30 p.m. and Friday from 8 a.m. to 4:30 p.m.