
Polytunnel greenhouse, 2.4x2.4x2 m, PE, 5.7 m², Transparent
Product specifications:Width: 2.40 m., Length: 2.40 m., Ridge height: 2.00 m., Material: Foil 180 Micron, Frame: Galvanised steel tubes, Tubes / fittings: Ø32x1.2 mm + Ø25x1.0 mm + Ø25x0.8 mm, Water resistance: 100% Waterproof, Colour: Transparent, UV-resistant: UV-resistant, Construction according to: EN 1090-1:2009+A1:2011, Door Size (W x H): 1,6x1,57 m., Easy to assemble Durable and transparent cover Optimal light transmission Extend the garden season Provide optimal growth conditions The large door provides easy access 5.7 m² A flexible and basic greenhouse with a durable, transparent cover and a lightweight and sturdy frame. The polytunnel greenhouse makes it easy to fulfil the dream of delicious home-grown produce with an abundance of fresh tomatoes, cucumbers, fresh chillies, and some beautiful flowers. Apart from all the home-grown produce, you can harvest them for free after a few months; you will at the same time save a lot of money with this simple yet very effective and flexible polytunnel greenhouse compared to the much more expensive models made of aluminium and glass/polycarbonate. The greenhouse is easy to assemble by following the enclosed manual step-by-step. When you have assembled the frame, you simply mount the cover. The greenhouse cover is transparent with the optimal light transmission, which will secure perfect growth conditions inside the greenhouse. The light and flexible polytunnel greenhouse allows you to enjoy gardening from early spring well into the autumn. Look forward to going into your very own greenhouse filled with lush and home-grown plants. Order now and start growing your produce within the week and look forward to enjoying the tasty benefits of having a polytunnel greenhouse! How to make the most of your polytunnel greenhousePlease note that our range of polytunnel greenhouses are intended as seasonal structures only to be used from early spring until late summer/early autumn depending on the weather. The reason for this limitation is that a polytunnel greenhouse is a light structure – as opposed to, e.g. our polycarbonate greenhouses with strong aluminium frames. Our polytunnel greenhouses are not made to withstand heavy wind, strong rain or snow. Please read our Safety Advice. Ground skirt for securing your polytunnel greenhouseYou have to secure your polytunnel greenhouse when you set it up. All our polytunnel greenhouses have a surplus of cover along the bottom edge at the ground – even the ones where you cut the cover yourself! This surplus is called the ground skirt, and you need to either bury this ground skirt or place heavy objects on it to weigh down the greenhouse for safety reasons. Dancover expert tip: Polytunnel greenhouses are great for growing a variety of different plants. Remember to water frequently, ventilate as much as possible and harvest your crops regularly! It is extremely important that you keep the cover on the polytunnel greenhouse stretched and taut at all times. Otherwise, a risk emerges that during a rainfall water piles up on the roof of your greenhouse, which may cause the greenhouse to collaps.

Polytunnel greenhouse, 2.4x2.4x2 m, PE, 5.7 m², Transparent
Product specifications:Width: 2.40 m., Length: 2.40 m., Ridge height: 2.00 m., Material: Foil 180 Micron, Frame: Galvanised steel tubes, Tubes / fittings: Ø32x1.2 mm + Ø25x1.0 mm + Ø25x0.8 mm, Water resistance: 100% Waterproof, Colour: Transparent, UV-resistant: UV-resistant, Construction according to: EN 1090-1:2009+A1:2011, Door Size (W x H): 1,6x1,57 m., Easy to assemble Durable and transparent cover Optimal light transmission Extend the garden season Provide optimal growth conditions The lar...