Superior Materials, Superior Quality
The Frame

One of the most important decisions you’ll make is what type of frame to use. The most common greenhouse frame types include galvanized steel, wood, PVC, composite materials, and aluminum.
We choose to use Aluminum because it's strong, lightweight, and resistant to rust. It is also relatively easy to assemble and is usually anodized or powder-coated for extra protection against corrosion
However, not all aluminum frames are created the same.
One of the most important things to consider with an aluminum frame is wall thickness. When you look at the end of an aluminum piece (also known as the profile), you can see how thick the connecting parts that make up the extruded aluminum structure are. The thickness of these structures is the wall thickness. The wider the wall, the stronger the frame and the greater its ability to bear heavier loads.
Another thing to check for with an aluminum frame is something that is rarely mentioned. It’s important to check the weight of the greenhouse.
Most of the weight is the frame. polycarbonate panels weigh very little. When comparing greenhouses, the weight will tell you a lot about the quality and strength of the aluminum.
The Panels
Polycarbonate panels come in various thicknesses, affecting several essential aspects of greenhouse performance, such as heat retention and durability. Polycarbonate is a popular material for greenhouse coverings because it’s lightweight, durable, and has good light transmission properties
Most manufactures will offer a 4mm panel while we more than double the thickness with 10mm. The thicker the panels the more heat. Another benefit of thicker panels is strength and durability.
Polycarbonate is known for its incredible impact resistance and rigidity. The thicker the sheet, the more rigid it becomes. If high winds or snow are a concern, you will want to consider a 6mm panel or thicker. Not only will the thicker panel reinforce the frame but it will also increase the snow load capacity of the greenhouse and reduce the risk of breakage.