ALUMINIUM ALLOY PERGOLA 175/220
Specifications
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Blade Width : 175/220 mm
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Beam Width : 175/280 mm
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Column size : 150 * 150 mm
Product Features
It is a new type of awning with excellent functions such as sun shading, thermal insulation, rainproofing, wind resistance, stability, and durability. The precision louver structure technology and drainage system enable the blades to completely block sunlight and rainwater when closed, and withstand wind speeds of up to 100 kilometers per hour, minimizing external weather interference in the shading space. The angle of the blades can be controlled by flipping them to adjust the light and ventilation. It can also be combined with light strips, ceiling fans, and windproof curtains to create an eco-friendly sunroom, allowing you and your family to enjoy high-quality outdoor comfort.

PRODUCT ADVANTAGE

①Great Open Angle
The blade opening angle can reach 150°, allowing adjustment of the shading level and airflow intake according to needs.

④Weight-bearing capacity: 100kg
The columns are larger and thicker, the beams are larger and thicker, and the blades are wider and thicker, ensuring stability and durability with genuine materials. It can withstand a maximum snow load of 110 kilograms per square meter.


②Double blade with drip rail

③Concealed drainage
The blinds are equipped with a side drainage system. Even when opened after heavy rain, water will flow from the blades into the water tank without dripping.
The concealed drainage system allows rainwater to be directly discharged from the top of the blinds into the columns, and then drained out through underground drainage channels.


⑤Aluminum alloy
& Powder coating
⑥Dual drainage system
Made of high-quality 6063 aluminum alloy, it combines high wind pressure resistance, corrosion resistance, and deformation resistance. The surface is coated with high-density powder coating, which is corrosion-free, maintenance-free, safe, and environmentally friendly, with no fading for 20 years.
It can effectively prevent splashing of surrounding rainwater. The top surface can withstand rainwater with a duration of 2 minutes and an intensity of 40-50 milliliters per second per square meter.
