Loose hemp fiber FiberTherm Canawool
Loose hemp fiber for blow-in insulation.
FiberTherm Canawool is composed of pure loose hemp fibers that fill the hollow spaces of the whole building, such as roofs, walls, floors and floors.
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FiberTherm Canawool is a flexible insulator in loose hemp fibers, for filling cavities, small joints and cracks in roof structures, walls and floors.
For new construction, renovation and reclamation.
FiberTherm Canawool is an excellent complement to the rigid insulation panel. Ideal for filling small openings and hard to reach areas.
Hemp fibers are among the most resistant natural products and have ideal conditions for a long insulation life.
In comparison with other annual fiber plants, such as flax, jute or cotton fibers, hemp fibers are characterized by a unique and optimal combination of fiber length, strength and elongation at break. Hemp is therefore considered the strongest indigenous natural fiber and has the highest decay resistance in addition to coconut fibers.
The material is also recyclable, with relative NaturePlus certification.
FiberTherm Canawool loose hemp fiber has the following features:
• ideal for filling small openings and hard to reach areas;
• excellent complement to the rigid insulating panel;
• easy to apply;
• compact packaging thanks to the compressed form;
• renewable resource - ecological and environmentally friendly;
• powerful, durable product of nature;
• tested and authorized building material based on current European standards.
| Delivery | Packs/Pallet | Weight/Pallet(kg) | Pack dimensions | Pallet dimensions |
|---|---|---|---|---|
| PE bags PE 15 kg | 18 | 270 | approx. 400 x 400 x 800 mm (Lenght x Width x Height) | approx. 0,80 x 1,20 x 2,55 m (Lenght x Width x Height) |
General indications:
• keep the bags in a dry place;
• remove the pallet film when it is on a flat, stable and dry surface.
| A bag of hemp fibers as a filler for the joints | |
| Fire reaction class EIN EN 13501-1 | E |
Recommended apparent density (kg/m³): |
Depending on the packing density and the depth of the joint |
| Resistance to vapor diffusion μ | 1÷2 |
| Specific heat c [J/(kg∗K)] | 2.100 |
| Waste code (EAK) | 170604 |