What are polycarbonate greenhouse panels?
polycarbonate greenhouse panels are a type of clear plastic panel used to design greenhouses. Cheaper, lighter and more resistant than glass are often used as part of greenhouse kits Do-IT-YourSelf and come in pre-cut standardized sizes. They can also be purchased in large leaves and easily cut into different shapes as needed. Polycarbonate is similar to the fact that it allows you to pass light and energy from sunlight, but then captures energy inside the greenhouse, helping to maintain a temperature higher than the surrounding external environment. Polycarbonate greenhouse panels are available in a number of colors, styles, thicknesses and finishes, are one of the most common greenhouse construction materials. The invention of plastics has created much cheaper, more durable and lighter alternatives and polycarbonate is one of the most popular. Like the whole class of plastics rather than specifications type, polycarbonates may differ from each other, but tend to be extremely hard and many times strongerí than glass while weighing much less. Some clear polycarbonates even provide excellent light transmission compared to glass. Fixed panels are also much more durable than the strongest of plastic films that are sometimes used in the construction of a greenhouse.
Depending on the desired appearance or specific application, many types of polycarbonate greenhouse panels are available. They may be clear, translucent or opaque. Omanable panels are not really opaque, but are designed so that the details can not be seen. Translucent panels allow some perception of details, but objects seem indistinct and blurred. Panels can also be colored in color in a way that masks part of light, such as sunglasses.
structurally, polycarbonate greenhouse panels can differ a lot. They can be simple flat leaves such as glass boards, and these types of panels are often usedThey do when an attractive appearance or architectural effect is required. Corrugated panels are common in commercial applications because they have improved strength compared to a flat panel of the same thickness. Some panels are basically flat, but ribbed, design that also offers improved strength. Insulated panels can be constructed from two or more thin panels separated by airspace reinforced with partitions, which in addition to providing additional force serve to capture the air.