Solutions

Insulation of external walls improves thermal insulation capacity and in consequence reduces the cost of heating the building and improves comfort. Insulation of external walls applies to new building and is an important part of the design, but also applies to already existing buildings.

VestaEco boards are used when erecting new buildings but also during thermal insulation process of already existing buildings. Proper selection of the product allows to use it in brick and mortar buildings, as well as timber frame buildings.

Insulation of a masonry wall – wet method 

Insulation of a masonry wall with the "light wet" method consists in laying impact resistant VestaEco WALL insulation board.

Insulation of a masonry wall – dry method 

Insulation of a masonry wall with the "light dry" method consists in laying two layers of VestaEco boards without the use of glue or water-based mortars.

Cavity wall insulation 

Cavity wall insulation consists in laying VestaEco WALL insulation board between the internal masonry wall and the external brick facing, leaving the ventilation cavity.

Insulation of a solid wood log wall 

Insulation of a solid wood log wall consists in laying VestaEco FLEX boards from the internal side so as to preserve the appearance of the facade.

Insulation of a timber frame wall with plastering 

Insulation of a timber frame wall finished with plaster consists in filling the voids between the frame studs with VestaEco FLEX or FIBRA wool and sheathing the wall with VestaEco LDF UNI or THERM rigid insulation board.

Insulation of a ventilated timber frame wall 

Insulation of a ventilated timber frame wall consists in filling the voids between the frame studs with VestaEco FLEX or FIBRA wool and sheathing the wall with VestaEco LDF UNI or THERM rigid insulation board covered with a wind barrier.

Strawbale wall insulation 

Strawbale wall insulation consist in filling the voids between the timber frame structure with straw blocks and covering them from the external side with VestaEco LDF UNI or THERM rigid insulation board.

Internal insulation - wet method 

Internal insulation of an existing wall with the "wet" method consists in laying VestaEco THERM insulation board on the internal side of the wall with the use of clay mortar.

Internal insulation - dry method 

Internal insulation of an existing wall with the "dry" method consists in laying VestaEco FLEX boards on the internal side of the wall so as to preserve the external appearance of the facade.

Internal insulation with lightweight clay brick 

Internal insulation of an existing wall consists in filling the cavity between the brick walls with VestaEco FLEX or FIBRA wool.

Insulation of a timber frame partition wall 

Acoustic insulation of a timber frame partition wall consists in covering the frame with VestaEco LDF boards.

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A roof is a light envelope which must provide adequate micro climate to the interiors and secure them against natural precipitation, excessive loss of heat, wind, noise and other external conditions.

VestaEco roof insulation products meet all those hydrophobic requirements. VestaEco LDF UNI above-rafter insulation system being the best example, with rigid, high density roof boards being its key component. Thanks to them heat losses due to transmission via rafters will be reduced to the minimum, and the costs of heating will be lower. VestaEco boards can also be used inside as an additional layer of insulation under rafters, which completely eliminates thermal bridges resulting from thermal conductivity of wood used to construct the roof.

Pitched roof insulation 

Insulation of a pitched roof consists in filling the voids between rafters with VestaEco FLEX or FIBRA wool. Then the rafters are covered with VestaEco LDF UNI or THERM rigid insulation boards.

Ventilated attic insulation 

Insulation of a ventilated attic consists in laying VestaEco FIBRA wool on the slab surface protected with VestaEco V vapor barrier.

Flat roof insulation 

Insulation of a flat roof with standard layering comprises VestaEco WALL and LDF boards laid on the slab.

Timber frame flat roof insulation 

Insulation of a flat roof with standard layering comprises VestaEco THERM boards laid on the slab and VestaEco FLEX or FIBRA wool between the slab beams.

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Special care should be taken when insulating floors placed directly on the ground, as well as those above basements or passages. Properly designed thermal insulated guaranteed increased comfort of use of a room. The floor is the only construction envelope with which the users have constant and direct contact.

Floors based directly on their ground on their entire surface are insulated with VestaEco LDF. Insulation boards are placed on a membrane or bitumen based moisture barrier, or other waterproofing materials. Screed layer which covers the insulation boards should be reinforced with a mesh and separated from walls with a special thermoplastic spacer. This condition must be met to ensure proper acoustic parameters and avoid sound transfer of impact sounds from the floor.

Ground floor slab insulation 

Ground floor slab insulation consists in filling the slab voids with VestaEco FLEX or FIBRA wool. Then the slab should be covered with VestaEco LDF rigid insulation boards which form a base for the floating floor.

Floor insulation under a screed layer 

Floor insulation under a concrete screed or dry screed consists in laying VestaEco LDF or THERM rigid insulation boards on the concrete base.

Insulation of a floor on joists 

Insulation of a floor on joists consists in laying VestaEco FLEX mats between the joists or filling the volumes with VestaEco FIBRA strawfibre.

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High quality LDF boards with uniform surface have a wide range of use in production of furniture, interiors furnishing elements, wall panels, construction woodwork inside the building. When used as filling of internal doors, it greatly increases their acoustic parameters. Perfect as a base for wood veneers, laminates and other types of veneers.

During finishing the boards can be easily cut, drilled, milled and shaped in a way which will fantastic, most complex shape while preserving the stability of the measurement.

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