COMPETITIVE SUSTAINABLE, THERMODYNAMIC AND MECHANICAL PERFORMANCE
The HONEXT® Panel is a next-generation fibreboard, non-toxic and entirely made from upcycled waste fibres, with competitive mechanical and thermodynamic properties for applications in the interior built environment:
- LOW EMBODIED CARBON IMPACT
Due to the origin of its raw material, its low environmental impact in manufacturing, use and end-of-life solutions allowing for recyclability, the HONEXT® Panel has an overall Cradle to Cradle Silver Certification, including Gold in Material Reutilization and Renewable Energy and Carbon Management. It lowers the carbon footprint of buildings where it is applied which increases LEED and BREEAM credits.
- NO ADDED VOCS
It has no added emissions of VOCs or hazardous substances, like formaldehyde. It is certified under LEED and BREEAM standards as well as by the Cradle2Cradle Institute with the Material Health Silver certification.
- LOW DENSITY
The HONEXT® Panel has a lower density than most fibreboards. The lightness eases the installation in all applications, as well as improves the following properties: thermal conductivity, vapour permeability and acoustic performance. Current density: 540 kg/m3
- THERMAL CONDUCTIVITY
The material provides a good thermal insulation. Specially in wall and ceiling applications, it avoids heat transfer, improving the thermal inertia of the spaces.
Thermal conductivity: 0,093 W/m·K
- VAPOUR PERMEABILITY
The material also has an increased vapour permeability. When applied as wall cladding or ceilings, it makes the spaces less watertight, preventing moisture concentration.
Vapour permeability: 2,7μ
- ACOUSTIC PERFORMANCE
The material provides a good acoustic absorption. Specially when applied as wall cladding or ceilings, it improves the acoustic performance of the spaces.
Acoustic absorption: 0,15 αw
- FIRE REACTION
The HONEXT® Panel has a fire reaction certification of class C-s1,d0. Additives are not added to improve the fire reaction.