Film NEVA Premium thickness 120 microns

  • Film thickness: 120 µm
  • Material: Polyethylene with EVA
  • Film spread width: 3, 4, 6 meters
  • Length of film per roll: 50, 100 meters
  • Color: transparent
  • Service life: from 5 years
Brand NEVA Premium
Film thickness 120 µm
Film width 3, 4, 6

NEVA Premium – This is a perennial greenhouse film from SPF "Shar". The film is made from a composition of m-LLDPE, EVA, PE with modifying additives and is suitable for use in agro-industrial and country greenhouses in all regions.

Key properties of NEVA Premium greenhouse film
  • Multi-year - 5 years without removal for the winter;
  • Multilayer - produced on a modern three-layer film machine;
  • Modified - with additives to improve properties:
          - high-strength, resistant to puncture and cracking
          - maintains high light transmission during the entire service life
          - UV resistant
  • Polyethylene - made of high quality polyethylene;
  • Heat and frost resistant – operating temperature range from plus 60°С to minus 80°С;
  • Wind and hail resistant;
  • Hydrophilic;
  • Economical - low price with excellent quality;
  • Width up to 8 meters;
  • Color – transparent.

Additives for greenhouse film NEVA Premium

UV - An ultraviolet additive stabilizes the film and prevents it from breaking down under the influence of ultraviolet rays

AF - The antifog additive attracts moisture, so no droplets form in the greenhouse

mLLDPE - Metallocene linear polyethylene film properties:

  • high strength
  • wind and hail resistance
  • service life up to 5 years without removal for the winter

Technical characteristics of NEVA Premium film 120 microns thick 

  • Photosynthetically active radiation (380-750nm), % : 90
  • UV, zone B (290-330nm): 68
  • UV area, zone A (330-380nm): 76
  • IR or thermal region (750-15000nm): 48 - 51
  • Transmission of thermal radiation of a black body at a temperature of 300K (2.5-24 microns): 48
  • Scattering power, %: 16
  • Ultimate tensile strength, MPa (along / across) : 24 / 23
  • Elongation at break, E% (along / across): 440 / 500