Palram - Canopia Balance greenhouse 8.9m2 ALU

The Palram - Canopia Balance Hybrid alu greenhouse with a volume of 8.9m² guarantees sheltered growing conditions for plants, which enables early planting and late harvesting. You pick delicious tomatoes, cucumbers, salads, herbs and chilies directly from your own greenhouse for the dining table. In the Palram - Canopia Balance Hybrid greenhouse, you can grow even exotic species that would otherwise not thrive in the Finnish summer.

The Palram - Canopia Balance Hybrid greenhouse has a screw-tight compact frame and a Snap-N-Grow technology slide-in panel setting, so separate plate mounting strips are not needed. The clear glass polycarbonate wall panels keep the room bright and the honeycomb panels in the ceiling provide shady protection. The low threshold and the hinged wide double doors facilitate access and guarantee unhindered movement. No more carrying heavy bags of soil, because the house cart can fit through the door!


Greenhouse Palram Balance Hybrid alu 8.9m², with honeycomb panel, plinth
Cell plate thickness: 4mm
The light transmission of the walls is 90% and the ceiling 83%
Includes skylights and eaves and plinth
The large ridge and eave height increases the working space
Maintenance free
A magnetic door catch keeps the greenhouse door open
Practically unbreakable polycarbonate panels
Protects the devices inside from UV rays
The panels protect against the sun's harmful UV rays
Strong stainless aluminum frame lasts a long time
The sliding installation of the panels does not require locking parts
Consistent profiles
Easy installation instructions
Includes: plinth, roof hatch and eaves


Dimensions:
Length: 367cm
Width: 244 cm
Height: 229/231 cm
Area: 8.9 m²
Door opening size: 117 x124/193 cm
Packaging: 210.5x64.5x22.5cm/ 75.5kg
Weight 80kg


Check with the authorities in your municipality if you need a building permit, a permit for measures, or a landscape work permit.
Excessive snow load must always be removed from the roofs. The warranty does not cover the collapse of the roof due to the excess weight of the snow load.