
GRANADA
CLAY ROOF TILESIf the priority is aesthetics...
The choice of roofs where aesthetics is the most important element… It adorns the roof of your dreams with its wide curved, top and side interlocking design. Creating the roof culture of Mediterranean civilizations, Granada Tile provides a unique beauty and privilege to the architecture of villa-type buildings. Produced with micro clay technology, Granada tile provides a long-lasting unique appearance with its smooth structure and strength value above the standards.

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Strengths
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Application
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References
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Accessories
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Quality Certificates
1- As the channels in the laying are completely closed, extra water tightness is provided. 2- Its curved structure adds a perfect aesthetics to the roof. This is a feature not found in other roofing materials, so it is highly preferred in villas. 3- Its smooth surface makes it difficult to hold dust and dirt. 4- It is not possible to enter water through the nail hole. |
1. During laying, the distance between the first lath and the second lath is 30 cm, and the other lath spacing is 33.6 cm. However, in order to be sure, it is necessary to determine the lath spacing on site after the tile lands on the construction site. 2. The first lath should be 4 cm and other laths should be 2.2 or 2.5 cm high. 3. The Granada tile is placed from the left side of the fringe and from the bottom up by holding a string or a jig. After the vertical first row, the other rows are placed with the same system. | |
4. The laying process should be done from right to left when viewed from the front. The thread at the bottom right of each tile should be well fitted into the groove of the next tile. The threads of the next tile in the top row should also be placed in the grooves of the bottom row. 5. The tiles coming to the inclined valley and ridge are properly cut and placed with the help of spiral. In valley streams, the tiles cut along the valley line must be glued with high strength adhesives to fix the parts. 6. When tiles are laid on rafters roof covering (continuous covering such as wood or OSB), it is necessary to ventilate the bottom of the tiles. Deformation may occur on the lower surfaces of the tiles that are not ventilated due to condensation. 50 cm in cold roofs to provide ventilation under tiles. Vertical lathing process is done in intervals, and channelled insulating plate should be used in hot roofs. In order to complete the circulation of the air under the tile, an insulation tape open to steam is used under the ridge. |
Ventilating Tile.

Granada Ventilating Tile

Technical Features | |
Dimensions (cm) | 24x40cm (±%2) |
Dimensions (inch) | 9,44x15,74inch (±%2) |
Weight | 3100 gr |
Ventilating Systems

Universal Ventilating

Aerial Entry

Aerial Entry


Eaves Tile

Left Eaves Tile

Technical Features | |
Dimensions (cm) | 16x18x41cm (±%2) |
Dimensions (inch) | 6.29x7.08x16.14 inch (±%2) |
Weight | 3300gr (±100gr) |
Right Eaves Tile

Technical Features | |
Dimension (cm) | 16x18x41cm (±%2) |
Dimension (inch) | 6.29x7.08x16.14inch (±%2) |
Weight | 3300gr (±100gr) |
Ridge Starter

Ridge Starter

Technical Features | |
Dimension(cm) | 24x43cm (±%2) |
Dimension(inch) | 9.44x16.92inch (±%2) |
Weight | 3850gr (±100gr) |
Ridge

Right Ridge

Technical Features | |
Dimensions (cm) | 23x43cm (±%2) |
Dimensions (inch) | 9.05x16.92inch (±%2) |
Weight | 3550gr (±100gr) |
Use | 3 pcs/meter |
Left Ridge

Technical Features | |
Dimensions (cm) | 22/26x43cm (±%2) |
Dimensions (inch) | 8.66/10.23x16.92inch (±%2) |
Weight | 3800gr (±100gr) |
use | 3 pcs/meter |
3 Way Ridge

3 Way Ridge - 2

Technical Features | |
Dimensions (cm) | 23x18,5x23 cm |
Dimensions (inch) | 9.05x7.28x9.05 inch |
Weight | 4755 gr |
3 Way Ridge - 3

Technical Features | |
Dimensions (cm) | 19x22x23cm |
Dimensions (inch) | 7.48x8.66x9.05 inch |
Weight | 5000gr |