Best Review Kookaburra Ivory/polar White 4.2m X 4.2m X 6m Right Angle Triangle Shade Sail

Kookaburra Ivory/polar White 4.2m X 4.2m X 6m Right Angle Triangle Shade SailBest Review Kookaburra Ivory/polar White 4.2m X 4.2m X 6m Right Angle Triangle Shade Sail

With so many on offer today, it is good to have a name you can recognise. The Kookaburra Ivory/polar White 4.2m X 4.2m X 6m Right Angle Triangle Shade Sail is certainly that and will be a excellent purchase. For this great price, the Kookaburra Ivory/polar White 4.2m X 4.2m X 6m Right Angle Triangle Shade Sail is highly recommended and is always a regular choice with many people.


  • Blocks over 98% of harmful rays
  • Waterproof
  • Available in 9 colours
  • High density polyester (160gsm UV stabilised)
  • Machine washable at 40 degrees Celsius

Product Description

Most shade sails are made of knitted fabric. This means that there are small holes in the fabric allowing a certain amount of hot air to escape. In the extreme Australian heat, this can be an important benefit. However, there is a cost.



The harmful UV light also comes through holes. Because of the holes, knitted shade sails rarely give more than 90% UV protection. Although 90% sounds quite impressive, it means that 10% of the dangerous light gets through. If your child sits under a knitted sail shade for 10 hours, it would be the same as sitting under the direct sun, completely unprotected, for a whole hour.



Kookaburra sail shades are woven, not knitted. This means they have the maximum possible UV protection from a fabric. It also means they are waterproof - ideal for the British weather. Kookaburra shade sails are independently tested to UPF50+, more than 98% - the maximum UV protection.



Available in either square, triangular, right angle triangular and rectangular shapes. These can be used alone or in combination to shade the required area.



(Please note that the colours shown in the pictures are subject to light).



Fix to walls, trees, fences, posts.

Waterproof shade sails should be installed at a sufficient angle and tension to ensure that rainwater will run off and not collect on the fabric.