Kookaburra Shade Sails - Protects you from the sun all day long
Woven shade sails are the most effective sail shades for offering maximum UV protection. The ultra-tight weave of the fabric has been independently tested to UPF34+ making these sail shades near impenetrable by sunlight. More than 96.5% of harmful UV rays are blocked out as a result.
Beautiful, useful and festive, perfect for adding decoration whilst bringing a little comfort to those (few but glorious) hot, hazy days outside.
Our 140G sail shades are lightweight, water resistant and ideal for short term outdoor use.
In warmer climates, sail shades are designed with small holes in the weave to allow hot air to escape and to keep it from getting too warm underneath the sail. However, with the British climate generally cooler than many countries and more prone to showers, a tighter weave is ideal. You can enjoy maximum UV protection and shelter from the rain without worrying about being uncomfortably warm beneath your sail shade.
GSM stands for Grams per Square Metre, and measures the weight of the fabric to give an indication of its thickness. The higher the GSM, the thicker the fabric.
UPF stands for Ultraviolet Protective Factor, it measures how much of the suns harmful rays are blocked out. This product has a novel weave structure and denier (related to thread count per inch), which produces sun protective properties.
This shade sail is available in these colours. Click on the name below to view it in specific colour.
"Perfect addition to the garden"
Reviewed Tuesday, 17 July 2018
"seems weather proof and useful in the garden"
Reviewed Sunday, 6 August 2017
"Can't give it five stars yet as it remains to be seen how long it lasts"
Reviewed Tuesday, 20 June 2017
"Very good value for money."
Reviewed Monday, 27 June 2016
Reviewed Sunday, 22 May 2016
"great item,quick delivery"
"good value and looks great"
Reviewed Saturday, 21 May 2016
"My horses love this sail shade! Especially the mini horse's."
Reviewed Monday, 18 April 2016
Reviewed Saturday, 26 March 2016