Moia Gazebo Nebraska 3x4

The Nebraska rectangular gazebo by Moia represents the perfect synthesis between cutting-edge structural engineering and contemporary design, configuring itself both as a reliable solar shield and as a prestigious furnishing element for the garden or large terrace. Unlike traditional structures, Nebraska stands out for its imposing triangular section uprights, which give stability and a strong graphic impact. The aluminum frame is protected by an epoxy powder coating which guarantees total immunity to bad weather. Complete with a set of coordinated side curtains and an ultra-heavy fabric cover, this gazebo defines a protected and luxurious dining or lounge area, characterized by essential lines and remarkable ease of assembly.

Technical Specifications and Dimensions

• Plan development: 3 x 4 m rectangular plan (12 m2 of useful shade surface)
• Geometry of the uprights: Poles with an increased triangular section of 100 x 100 x 130 mm
• Maximum height at the peak of the roof: 3.00 m (majestic air volume for optimal comfort)
• Carriage frame material: High-strength extruded aluminium
• Structure finishing: Anthracite-coloured Epoxy industrial painting
• Weight of the top sheet: 350 g/m2 ultra-heavy polyester with protective resin
• Aerodynamic safety: Equipped with a turret-shaped upper windproof chimney
• Accessories included: Complete set of perimeter side curtains

Textile Configurations and Color Combinations

The Nebraska gazebo focuses on a material and sophisticated color contrast, ideal for modern architectural contexts, villas or trendy dehors:

• Anthracite Aluminum Frame: The 100 mm triangular posts and perimeter profiles are finished in a deep matt anthracite shade, elegant, rigorous and easy to clean.
• Ecru Canvas Fabrics (350 g/m2): Both the covering top and the set of side curtains adopt the bright, warm and versatile Ecru shade. The very high thickness of the 350 g yarn guarantees total solar shielding and soft and pleasant light filtering.

Details on Materials and Maintenance Guidelines

1. Aluminum Structure with Triangular Poles (100x100x130 mm)

The entire load-bearing body takes advantage of the natural lightness and rust immunity of extruded aluminium. The hot polymerized epoxy powder coating (Epoxy) shields the structure from rain, salt, chlorine and UV rays, keeping the anthracite color unchanged over time.
Use and Maintenance: Periodically clean the aluminum uprights with a soft cloth moistened with fresh water and neutral PH liquid soap. Avoid stiff brushes, steel wool or acidic degreasers. Although aluminum is eternal, fabrics and curtains must be removed during the autumn and winter seasons.

2. Covering and curtains in resin-coated polyester 350 g/m2

With a weight of 350 g/m2, the fabric is positioned at the top of the category for mechanical resistance to tearing. The industrial resin layer applied to the ecru canvas blocks solar radiation and guarantees an effective water-repellent barrier against rain.
Use and Maintenance: Wash the fabrics when they are stretched on the structure, scrubbing delicately with a soft bristle brush, warm water and neutral soap. Rinse thoroughly. It is essential to let the sheet and side curtains dry completely in the open air before folding them and storing them in winter storage, thus avoiding the formation of mold stains.

Advantages and Design

• Triangular Section Poles (100x100x130 mm): The innovative triangular geometry of the uprights is not only a contemporary and essential design choice; this configuration distributes structural tensions and torsional loads in an optimal way compared to classic square poles, guaranteeing superior static stability.
• Top-Class 350 g/m2 fabric: Most gazebos on the market use 180 or 210 g fabrics. The 350 g Nebraska canvas offers an impressive tailored consistency, doubled durability over the years against the degrading action of the sun and exceptional thermal insulation underneath the pavilion.
• Integrated Wind Chimney: The dome is surmounted by a ventilation chimney. In the event of sudden gusts of lateral wind or updrafts, the air flows upwards venting through the upper vent. This cancels the sail effect, stabilizing the entire aluminum structure and preserving the anchoring points.
• Side Awnings for Total Privacy: The included set of perimeter awnings allows you to seal off the four sides of the gazebo using quick-release fastening systems. This modularity allows you to protect yourself from the low-hanging late-afternoon sun, shelter from cool evening breezes, or create a truly protected and private room.

FAQ

Is the Nebraska gazebo difficult to assemble or does it require special tools?
No, the Greenwood project focuses on simplicity and ease of assembly. All components, corner joints, and triangular poles are engineered for a guided and intuitive assembly. The package includes a complete hardware kit and a step-by-step instruction manual, allowing two people to complete the installation quickly and effortlessly.

Does the 350g ecru fabric guarantee complete protection in heavy rain?
The extremely thick yarn combined with the protective resin coating provides excellent waterproofing, allowing water to bead off and offering safe shelter during normal summer storms. However, since this is a textile furnishing structure and not a masonry roof, in the event of prolonged torrential rain or heavy rain, moisture could penetrate in the form of micro-mist through the taut seams. Furthermore, opening the upper storm vent could let in a few drops of rain in the event of heavy rain driven by a crosswind.

Can the aluminum structure remain assembled outdoors during the winter?
The epoxy-coated aluminum of the structure is completely rustproof and can withstand outdoor exposure. However, the fabric parts (roof fabric and side curtains) must be removed at the end of the summer season. If the gazebo is located in areas subject to heavy snowfall or severe frost, it is strongly recommended that the metal frame be removed or adequately protected, as the load from any accumulation of snow or ice on the overhead profiles could cause insoluble structural deformations.