Vignasol® – High-Performance Cover for Vineyards and Orchards
Vignasol® is the patented 7-layer plastic film developed by Agriplast for covering grapes, cherries, kiwis, and other fruit crops. Thanks to the integration of hollow glass microspheres and advanced polymeric resins, it offers high luminosity and optimal thermal control, reducing temperature peaks and improving growing conditions.
Equipped with polypropylene cord reinforcements on both sides and in the center, it guarantees exceptional mechanical resistance, even with reduced thicknesses and in the presence of intense atmospheric events. It’s the ideal choice for those seeking an advanced technical cover, suitable for extending or anticipating harvest anywhere in the world.
Tangible Benefits
-
High light transmission with excellent diffusion. -
Effective IR barrier against temperature fluctuations.
-
Extreme mechanical resistance and long-lasting durability.
-
Ideal for anticipating or postponing crop harvests.
Vignasol® is the patented 7-layer plastic film developed by Agriplast for covering grapes, cherries, kiwis, and other fruit crops. Thanks to the integration of hollow glass microspheres and advanced polymeric resins, it offers high luminosity and optimal thermal control, reducing temperature peaks and improving growing conditions.
Equipped with polypropylene cord reinforcements on both sides and in the center, it guarantees exceptional mechanical resistance, even with reduced thicknesses and in the presence of intense atmospheric events. It’s the ideal choice for those seeking an advanced technical cover, suitable for extending or anticipating harvest anywhere in the world.
Tangible Benefits
-
High light transmission with excellent diffusion.
-
Effective IR barrier against temperature fluctuations.
-
Extreme mechanical resistance and long-lasting durability.
-
Ideal for anticipating or postponing crop harvests.
Vignasol® Technical datasheet 
Key Technical Specifications
| Characteristic | Details |
|---|---|
| Diffused Light | ≥ 65% |
| Available Thickness | 120 – 150 – 180 µm |
| Light Transmission | ≥ 83% |
| IR Barrier (Greenhouse Effect) | ≥ 78% |
| UV Stabilization | Nor-Hals |
