When you’re on-site, you know immediately when a product is built to last. It’s in the weight of the extrusions and the way the parts interlock. The 180-series retractable pergola was developed to bridge the gap between expensive custom-fabricated steel structures and low-end aluminum kits. For a contractor, this is the "sweet spot" of performance and profit.
Let’s talk about the 150x150x2.0mm columns. In the world of outdoor structures, the post is the primary failure point under wind load. By using a 2.0mm wall thickness, we provide a much larger surface area for heavy-duty anchoring bolts, which is how this pavilion achieves its 89 mph wind rating. The beams are equally impressive at 175x40x1.8mm. This height is critical because it prevents lateral swaying, especially when the motorized louvers are in motion. For a builder, this means the system stays square, the motor doesn't strain, and the blades close with a satisfying, watertight "thump" every single time. This is the structural confidence you need when putting your name on a project.
Homeowners hate seeing plastic pipes and gutters on a beautiful new structure. That’s why our 180-series pergola uses a sophisticated internal hydrology system. The 181mm blades act as the primary catchment, directing water into the 175mm perimeter beams. From there, the water is routed down through the center of the 150mm posts and exits via hidden ports at the base. This allows you to finish the area under the gazebo with high-end materials like mahogany decking or luxury outdoor carpets without worrying about water damage. It’s a clean, professional finish that makes you look like a hero to your clients.
We know that every hour on-site eats into your margin. This pavilion is designed for a streamlined assembly. Every louver, beam, and post is CNC-cut to within 0.5mm tolerances. The motorized drive system is integrated into the 175mm beam, reducing the amount of on-site wiring and mechanical adjustment needed. Whether you are installing this as a freestanding garden gazebo or a wall-mounted extension, the logic remains the same: less time spent "fiddling" with parts and more time finishing the project. We provide the technical data sheets and load ratings you need to get fast approval from local building departments.
If your project is near the coast or in an area with extreme temperature swings, you can’t afford to use inferior materials. Our high-density powder spraying process creates a finish that is chemically bonded to the aluminum. It resists salt spray, chlorine from pools, and the scratching that happens during typical construction. The pergola's 100kg/㎡ snow load rating is a major selling point for clients in northern regions, as it allows them to keep the structure functional all year round. This is a "set-it-and-forget-it" structure that ensures your clients stay happy long after you’ve left the site.
| 180 Retractable Pergola |
Blade width: 181x40x1.2mm Beam width: 175x40x1.8mm Column size: 150x150x2.0mm |
| Materials | Aluminum Alloy with high density powder spraying |
| Product Dimensions | Customizable size |
| Louvers | Retractable |
| Snow load | 100kg/㎡ |
| Wind rating | 89 mph |
The system features 150x150x2.0mm aluminum columns, heavy-duty 175x40x1.8mm perimeter beams, and 181x40x1.2mm retractable louver blades engineered for high rigidity and seamless operation.
Thanks to its reinforced 2.0mm column profile and rigid beam construction, the pergola achieves an 89 mph wind rating and can safely withstand snow loads up to 100 kg/㎡.
Rainwater is caught by the 181mm louver blades, channeled directly into the 175mm perimeter beams, and drained downward through the center of the 150mm support posts where it exits through hidden baseline ports.
Yes. The aluminum profiles undergo a high-density powder spraying process that chemically bonds to the metal, providing long-term resistance against salt spray, pool chlorine, and scratches.
Dimensions can be customized to suit your requirements. Each component is CNC-machined within 0.5mm tolerances with the motorized drive integrated into the beam, significantly cutting down on-site wiring and installation time.