Eko 92

Technical Specifications

The highest-performance window system in the range:

the pane housing permits the use of triple glazing for the best thermal and sound-abatement performance available on the market.

It is thus possible to have windows with superb thermal properties, which make the product suitable for the highest level of performance established by ClimateHouse and PassiveHouse standards.

The considerable thickness and the possibility of fitting particularly tough safety glass make this the product most suitable for luxury homes and for security in the event of housebreaking attempts.

 

Pine Wood

A slow-growing resinous wood.

This is one of the materials most suitable for windows because it combines significant physical and mechanical properties with ease of processing and equally fine aesthetic qualities, all without being too expensive. 

Larch Wood

A high-value, compact, robust, stable wood with good resistance to the effects of weather, ideal for external doors and windows in the medium to high product range.

The veining is medium-fine, often irregular, with an overall reddish-brown appearance

Pine Wood

A slow-growing resinous wood.

This is one of the materials most suitable for windows because it combines significant physical and mechanical properties with ease of processing and equally fine aesthetic qualities, all without being too expensive. 

Fir Wood

An economic, lightweight softwood, with reduced mechanical properties.

Since it has low resistance to mould, insects and to exposure to the weather, it requires suitable surface treatment. It is nevertheless very stable and easy to process.

It is the ideal material for bio-architecture, care of the environment and for more eco-friendly buildings with high levels of energy savings and greater thicknesses.

Fir Wood

An economic, lightweight softwood, with reduced mechanical properties.

Since it has low resistance to mould, insects and to exposure to the weather, it requires suitable surface treatment. It is nevertheless very stable and easy to process.

It is the ideal material for bio-architecture, care of the environment and for more eco-friendly buildings with high levels of energy savings and greater thicknesses.

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