How to get it
With HIMMELSÖ gazebo you can create an extra room on your terrace or in the garden, perhaps an outdoor dining area or lounging area? The gazebo also provides protection from both the sun and light rain.
Product details
The fabric gives excellent protection against the sun’s UV rays as it has a UPF (Ultraviolet Protection Factor) rating of 50+, which means it blocks 98% of the ultraviolet radiation.
The durable canopy fabric is fade-resistant to keep the colour fresh for longer.
With a light, passing rain shower, you can stay and relax under the gazebo since the canopy repels water.
The air vent reduces wind pressure and allows heat to circulate.
Easy to keep clean and fresh as the fabric can be removed and machine-washed.
The powder-coated steel frame is both sturdy and durable.
Good to know
VIDGA glider and hook are included in the package. You can always buy more in your store or online.
Possible to separate for recycling or energy recovery if available in your community.
Product is possible to recycle or use for energy recovery, if available in your community.
Materials and care
Material
- 100% polyester (min. 90% recycled)
- Post:
- Steel, Polyester powder coating
- Beam:
- Aluminium (min. 70% recycled), Polyester powder coating
- Canopy fabric:
- 100% polyester (min. 90% recycled)
Assembly and documents
Advice and care instructions
HIMMELSÖ Gazebo504.688.54Measurements
Packaging
HIMMELSÖ
Article number904.688.52- Width: 17 cm
- Height: 10 cm
- Length: 56 cm
- Weight: 2.00 kg
- Package(s): 1
HIMMELSÖ
Article number504.688.54- Width: 37 cm
- Height: 14 cm
- Length: 226 cm
- Weight: 35.30 kg
- Package(s): 1
Material
What is aluminium?
After iron, aluminium is the world's most used metal and has a very wide range of uses. It’s easy to shape and lightweight, but is still strong and durable. In our range we use it for things like kitchen utensils, curtain rods and tealight cups. A big advantage with aluminium is that it can be recycled again and again without losing its quality. Recycling consumes only a fraction of the energy required to produce aluminium from new raw materials.