TREE TOWER 100-T1
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Illustrated Sheet Tree-shaped tower with a roof. It can be accessed by a ladder with steps and handrail. The 100cm high platform has a large surface area of 1.6 square meters allowing 4-6 children to play at the same time. The polyethylen slide is 210cm long. The trunk section is made of laminated wood 18x50 cm with 9 cm thick branches. Ground connection by a galvanized steel bracket which keeps the timber lifted off the ground. The raised platform is composed of laminated beams section 9x9 cm and 3.5 cm thick planks. The panels that make up the crown are made of laminated wood thickness 27 mm with decorations and windows. Another logical play structure - the figurative panel - is included in this tree. The colour of the game is specifically designed to be inserted correctly into the natural areas of public parks, schools and parks. All wooden parts are made of FSCPEFC certified Pine or Silver Fir wood, according to the EN 35 standards. Pressure treated with water repellent EXTRA-COAT and UV protection and ecological water-based coloured paint . Complies to EN 1176. The production cycle of this article is completely without CO2 emissions. LEGNOLANDIA FOR THE ENVIRONMENT with this article you avoid: 551 tons of CO2 avoided every year thanks to: Thermic energy from renewable sources Wood at 0 Km Electric energy from renewable sources Recyclable materials Waterbased varnishes Legnolandia srl via Nazionale 280 - 33024 Forni di Sopra (UD) Italia - tel:+39.0433.88307

Our philosophy for the environment In respect of nature, in the last century we have organized a production cycle in our factory that uses only clean energy, all deriving from natural renewable sources. In our forests we have found the formula that allows us to respect and preserve environmental balance through reducing emission of carbon dioxide CO2. Legnolandia avoids every year harmful emissions of 515 tons of CO2 thanks to the five important elements of savings, all participating in the final result. THE THERMIC ENERGY In our production process thermic energy is derived from a modern...