Condensation on the greenhouse cover can significantly reduce unaccented relative incidence . The hydrophilic properties of AntiCondens ensure that more light enters the greenhouse .
Condensation on the interior of the greenhouse cover generally occurs at a low-pitched international temperature and a eminent proportional humidness inside the glasshouse . Under these conditions , the moisture in the atmosphere condenses on the ( colder ) greenhouse cover . If the condensation forms droplets on the glass or the plastic film it importantly close up light relative incidence .
researcher at Wageningen University & Research observed that the light loss can be as high as 9 % .
The reduced light come at the disbursement of production . After all , the stick to rule of pollex applies : 1 % more light payoff 1 % high production . In low - igniter months this ruler applies without exception , and every light beam of sun is more than welcome .
H2O film is betterThe way the capsule appears on the greenhouse blanket make all the deviation . depend on the type of glass or plastic , and the taint , the piss droplet can be larger or smaller . Sometimes there are no droplets to be seen at all , because the water that is present on the greenhouse cover look as a all right cinema . The latter is good , since in that case there is most no light expiration .
AntiCondens see that a okay moving-picture show of piddle contrast the nursery cover instead of a design of water supply droplets . This is because the coating change the surface energy of the greenhouse cover . The terminal figure hydrophobic and hydrophilic are significant in understanding this dynamic .
Hydrophobic imply piss - repellent . After have your railway car cleaned in a carwash , you could have a bed of wax spray on your car . You will then see water persist on the car in the form of orotund spherical droplets . This typifies the water - rebarbative effect .
Unimpeded lightness incidenceAntiCondens does exactly the contrary . This hydrophilic coating ensures that the water spread out : rather than spherical droplets , the glasshouse masking is covered with a fine H2O layer . AntiCondens increases the surface energy of the greenhouse cover charge as a result of which the water spreads out instead of form water droplets .
This is the desired situation . This allow the light to enter the greenhouse to a eminent degree , where it can benefit the harvest . measure taken in real practice at greenhouse operations show an increased light relative incidence of 5 - 7 % . All of this light can be convert into yield .
Reduced chance of cast developmentThere is yet one other major benefit . The organization of droplet on the glasshouse cover increase the chances of disease . The droplet can fall on the harvest where they form a sprouting site for spores and mould . This is a major problem in plastic greenhouses in particular .
The water layer created through the coating of AntiCondens does not get any droplets to fall down . The water supply only flow in the direction of the sewer , where it can not do any harm . The hydrophilic character of AntiCondens therefore has a twofold welfare : more light and few disease - related problem .
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