Greenhouse films with very long-lasting anti-drip & anti-fog.
Combining 7-layer technology with a new system for avoiding the formation of droplets on the surface of a greenhouse film and at the same time preventing the mist which is sometimes created in greenhouses covered with anti-dripping films, PLASTIKA KRITIS has developed EVO AC , a range of films with very long-lasting anti-drip and anti-mist activity! Unlike traditional anti-dripping films, where the gradual migration of additives from the mass of the film results into the loss of the anti-drip property within 1,5-2 years, the additives of EVO AC films don’t migrate, and remain active for a much longer period.
It consists of 7 different layers of polymers, which allow the combination of raw materials and special chemical additives in an extremely complex and elaborate manner so that the sheet properties are superior to those of the 3 or 5 layer sheets. With technology used for the first time in Europe, the sheet acquires long-lasting anti-drip and anti-mold properties, which means better moisture management in the greenhouse for much longer than conventional anti-drip sheets (*).
Additionally, EVO 7507 AC has all the known advantages of modern greenhouse films of PLASTIKA KRITIS:
- With a thickness of 180mic, it has a guaranteed duration of 45 months (the actual duration is usually 5-7 years)
- Resistant to sulfur and chlorine (2000 and 150ppm respectively)
- Very thermal to keep the heat inside the greenhouse on cold nights
- Very high light transmittance, coupled with adequate diffusion for fewer burns on hot days
- Incredibly high mechanical strength
(*) Caution: Because the mechanisms of action of the anti-drip and anti-fog characteristics are complicated and depend on many factors beyond our control (climatic conditions, greenhouse type, etc.), there is NO warranty as to the duration of action and the effectiveness of these characteristics. The company does not promise or undertakes any obligation to pay damages or damages if there is a negative impact from the use of the sheet.