How can I choose the best greenhouse panels?

The greenhouse must be able to transmit light, maintain warmth and endure serious weather. The type of panels used for the construction of the greenhouse is essential and one must also consider installation, maintenance and budget to choose the best greenhouse panels. Greenhouse panels are made of glass, glass fibers or polycarbonate. Each has advantages and disadvantages. With regard to budget and maintenance, as well as light and heat absorption, polycarbonate greenhouse panels do the best work in lighting and heating the greenhouse while remaining durable and easy to maintain. Glass

is a favorite material for greenhouse panels because it is best when transmitting light. It is also durable and many people consider glass greenhouse panels to be the most aesthetically pleasing. The disadvantage of glass, however, is that installation and frame can be very expensive because it is heavy and fragile. While it allows a lot of light during the day, metal framing material necessary for glass panelRatí. It is also possible for a glass greenhouse to become too hot when it has not been properly ventilated, which can be fatal for plants.

Glass -fiber greenhouse panels are among the least expensive options and are relatively easy to install and replaceable. Slobra fibers are also thicker than glass and can withstand hail. The glass fiber problem is that over time it can be yellowed and not so much light, so it is necessary to replace the panels or use the auxiliary heaters. Cleaning can be difficult, especially in corrugated glass fiber panels, and some people consider these types of panels unattractive and consider them difficult to mix with landscaping. Another problem for greenhouse panels made of glass fibers is high flammability and the need for protective clothing and masks, due to dangerous fibers, when cutting Panels.

polycarbonate greenhouse panels have several same benefits JAKO glass fiber, but without problems with flammability and fibers. In addition, polycarbonate allows more light than a glass fiber, and although there is no light as glass as glass, polycarbonate diffuns light that creates an optimal environment for plant cultivation. Heat retention and polycarbonate insulating properties are excellent and can be covered in the ultraviolet barrier solution to help prevent disappearance over time. Polycarbonate, although it is not as aesthetically pleasant as glass, is much more gentle on the budget and easier to maintain, lasts years without breaking or heavy framing.