PVC roller shutters

With the SOLE model, the problem of the bowing of the PVC roller shutter is solved, resulting from the thermal expansion of the slat in case of strong exposure to the sun. Thanks to its patented PVC reinforcement, the profile acquires superior resistance which guarantees the stability of the shape even in conditions of considerable heating of the same, as the application of the metal reinforcement is no longer necessary.

This product, very resistant to atmospheric and mechanical agents, is entirely eco-sustainable and respectful of the environment, as all its parts are recyclable at the end of use.

The Europa PVC roller shutter (standard specific weight of approximately 4,000 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 14 mm in base and 50 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, for particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Torino PVC roller shutter (standard specific weight of approximately 4,000 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 13 mm in base and 55 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, due to particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Serena PVC roller shutter (standard specific weight of approximately 4,500 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 13 mm in base and 55 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, for particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Super PVC roller shutter (standard specific weight of approximately 4,800 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 14 mm in base and 50 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, for particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Genova PVC roller shutter (standard specific weight of approx. 5,000 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 13 mm in base and 55 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, due to particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Roma PVC roller shutter (standard specific weight of approx. 6,000 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 13 mm in base and 55 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats. Normally, due to particular widths and colours, the use of H-shaped iron reinforcements is recommended.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.

The Mignon PVC roller shutter (standard specific weight of approx. 3,200 kg/m2) is made with self-clinching slats (double-walled and with internal stiffening intersections) measuring 8 mm in base and 37 mm in height. The profile is equipped with an “anti-sliding” lateral stop which serves to block the slats.

This type of roller shutter complies with the requirements of the UNI EN 13659:2009 regulation.