I.P.A. shutters are suitable for all types of architecture.

I.P.A. offers a long-term product of exceptional resistance; high quality PVC, resistant to climatic variations and urban pollution, a long lasting product.

I.P.A. extrudes and sells two different types of profile to realize their shutters:

- PVC profile “24 mm”

- PVC profile “37 mm”

I.P.A. offers a wide range of colours, using an external coating applied to the extruded profile : light oak, dark green, walnut, wine red and more.

I.P.A. PVC shutter profiles are covered by a high-quality plastic film, Renolit, suitable for regions with difficult climates, to improve weather and temperature resistance; it has stability towards light and atmospheric conditions and a multi-layer coloured surface with wood grain patterns.

The Renolit film is characterized by high resistance towards wind and bad weather conditions and the elevated colour stability guarantees long lasting quality to the profile.

The Renolit film has a thickness of 200µm and is glued to the profiles with a specific adhesive, to guarantee high qualitative standards in all conditions.

The special PVC compound used in the extrusion of the profile covered by the Renolit film make I.P.A. shutters an incomparable product.

THE ADVANTAGES:

• No special maintenance.

• Structural stability and excellent weather resistance.

• Electric insulator (dielectric).

• Excellent insulator.

• Strain resistant.

• Fire proof and self extinguishing.

• Eclectic project versatility.

• Environment friendly and recyclable.

The PVC used to extrude the profiles is produced according to “REACH” European Community Regulations, also in line with eco-building specifics, while creating a healthy living environment. According to ISO 14000 certification, I.P.A. products are completely free from Barium, Cadmium, Lead and Toxic Heavy Metals; only light metals Calcium-Zinc mixture compound stabilizers are employed.

According to waste management strategies Reduce-Reuse-Recycle, all products are currently under the “life cycle impact”, better known as "Life Cycle Assessment" or LCA, a method used for the evaluation of energy and environmental load associated with a product or a process throughout its life cycle.

Regenerated “safe formula granules" are added to the extrusion of virgin materials, increasing the mechanical performance in an eco-friendly version with interesting GER and GWP values.