Woods

Wood

Windows and doors realized only with high quality woods.

pino

Pine

pino

Lamellar Pine

pino

Lamellar Fir

pino

Hemlock

pino

Douglas

pino

Meranti

pino

Lamellar Oak

pino

Accoya

PINE


Pine is rich in resin, easy to process and lends itself to being coloured in a variety of shades. It is a straight-grain wood that is highly resistant to static bending and fairly resistant to compression.

LAMELLAR PINE


It has the same characteristics as solid pine. It is a structural material produced by gluing together planks of wood classi ed for structural use that give high stability. It is available as a whole slat for transparent or nger-joint varnished nishes.

LAMELLAR FIR


Fir wood is lightweight, quite soft and light-coloured with reddish veins and has a straight grain pattern. It is easy to work and particularly suitable for etched and varnished nishes. It features medium resistance to static bending and compression.

HEMLOCK


Hemlock is not resinous, and the colour is virtually uniform with occasional darker purple-red stripes. It has a straight grain pattern, very suitable for varnished and etched nishes. It features medium resistance to static bending and compression.

DOUGLAS


It is a medium-heavy variety of wood. It is resinous and when exposed to sunlight the colour tends to red. Due to this characteristic, it is generally used for natural colouring only. Excellent resistance to both static bending and compression.

LAMELLAR MERANTI


The Meranti tree reaches an imposing height and diameter. It has a wavy or spiral non-straight grain pattern with a coarse texture. Ideal for open-pore etching and varnishing. Excellent static resistance.

LAMELLAR OAK


Lamellar oak is a very hard yellowish-brown species of oak. It is extremely wear-resistant even under severe weather conditions. The bre is fairly irregular and has a medium-to-coarse texture. It is considered one of the best woods.

Accoya®


Accoya® wood has been thoroughly tested for dimensional stability, durability, paint retention and in-ground conditions to ensure optimal performance. Indeed, it is so reliable that for many years it has been – and continues to be – used by scientists as the benchmark against which other treatments and modifications are measured.

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