Ekovilla blow-in loose fill insulation for ceilings, floors and walls

Thermal insulation of ceilings and roofs is quick with Ekovilla blow-in loose fill insulation. An authorised Ekovilla service representative brings along the required insulation and installation tools, and completes the insulation professionally. The insulation fills even the smallest cavities and forms a solid and effective insulation jacket.

Ekovilla is very popular blown wool in private houses, and it is also widely used in housebuilding industry. The blown wool is manufactured of newsprint and it has been used for insulating our customers‘ homes for over three decades.

Blown wool has the good characteristics of an eco-efficient insulation; it is mainly manufactured of wood fibres, and the manufacturing process does not consume a lot of energy, it binds the carbon of the timber for its entire life cycle, and as insulation it saves energy.

• Blown wool made of renewable natural resources
• Good thermal insulation capacity
• Good structural fire resistance properties
• Breathing and safe
• Carbon-binding, reduces carbon footprint
• For new construction and renovation

Blown Wool Product Description

Euro fire class D

Ekovilla YP

• The recommended density of the blown wool used for ceilings is approx. 26-36 kg/m3.
• Declared thermal conductivity λD 0,039 W/(m K)
• Design value ʎd 0,039 W/(m K)

Ekovilla AP

• The recommended density of Ekovilla for floors is approx. 45 kg/m3.
• Suitable for floors with crawl space and batten concrete floors.
• Declared thermal conductivity λD 0,039 W/(m K)
• Design value ʎd 0,039 W/(m K)

Ekovilla VO

• In slanted cavities the insulation density is 45 kg/m3.
• Ekovilla VO is suitable for use as thermal insulation e.g. in roofing structures.
• Declared thermal conductivity λD 0,039 W/(m K)
• Design value ʎd 0,039 W/(m K)
• The density of Ekovilla used in straight cavities is approx. 55 kg/m3; declared thermal conductivity λD 0,040 W/(m K).
• Design value ʎd 0,040 W/(m K)

More information on Ekovilla’s website