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For the manual infilling and installation we offer our clients the THERMOFLOC-blow-in insulation in 12,5 or 14 kg bags depending on the size and engine power of the used blow-in machine. Only trained installers are allowed to install the THERMOFLOC-blow-in insulation. Therefore the blow-in insulation is pumped under air pressure into the hollow spaces of the building components, where it is compressed in accordance with the material handling instructions to produce an uninterrupted and complete insulation layer that is open to diffusion.
The near-natural THERMOFLOC fibers are used in building projects carried out in more than 21 European countries and the number of builders that are convinced about the many benefits of THERMOFLOC insulation systems is growing constantly. Basically, each construction component can be equipped with an injectable insulation. Compared to conventional insulation systems, it differs just in the sequence of the various working steps. We will be happy to advise you in all aspects concerning THERMOFLOC blown-in insulation!
THERMOFLOC blow-in insulation - all benefits at a glance
Technical data:
| Description | THERMOFLOC F - blow-in insulation borate free |
|---|---|
| Composition | Newspaper fibres, additives < 10% |
| Approvals / certificates | ETA-05/0186 natureplus 0107-1301-121-1 EPD-PSG-20150321-IBA1-DE CE-marking |
| Fire behaviour (with an installation density of 28 to 60 kg/m³) |
Class E / d ≥ 40 mm |
| Fire behaviour (with an installation density of 30 to 60 kg/m³) |
Class B-s2,d0 / d ≥ 100 mm |
| Resistance to mould growth | Class 0 |
| Sound absorption | ∝W=1,00 / d ≥ 100 mm |
| Declared value of thermal conductivity (with an installation density of 28 to 47 kg/m³) |
λD(23,50) = 0,037 W/m·K |
| Declared value of thermal conductivity (with an installation density of 48 to 60 kg/m³) |
λD(23,50) = 0,038 W/m·K |
| Water vapour diffusion resistance | µ ≤ 1,4 |
| Metal corrosion | Class CR |
| Settling | SV = 4,4 % / 28 kg/m³ Sd = 0 % / Class SC 0 / 48 kg/m³ SD NPD Scyc NPD |
| Water absorption | WP = 8 kg/m² / 30 kg/m³ WP = 28 kg/m² / 60 kg/m³ |
| Critical moisture content | NPD |
| Flow resistance | ≥ 6,1 kPa·s/m² |
| Hygroscopic properties | NPD |
Cellulose insulation