Instahut Shade Sail 3x6m Rectangle 185GSM 95% Sand Shade Cloth

Set sail into the sunset. A simply beautiful experience. Similarly, that's also true with our Shade Sail.

Designed to be a permanent covering, our Shade Sail is commercial grade 100% polyethylene fabric. This allows cooling air to pass through and help keep the under shade areas well ventilated. The material also blocks up to 95% of harmful UV rays and is all-weather proof to suit Australian climatic conditions. Plus, the material is further enhanced with Americhem UV-resistant additive from the USA to prolong its UV protection effectiveness.

Keeping the shade in place are marine grade 5mm stainless steel buckles on each corner with a 26mm webbing that provides high durability and extended performance.

Unlike other shade sails that compromise on quality and cost, our Shade Sail takes shading seriously and will not settle for inferior materials or components. Especially when your safety is one of our major concerns. There is definitely one right for your deck, patio, pool or entertainment area. Shade Sail on with us.

Features
Commercial grade shade cloth
Sturdy design of 26mm webbed perimeter edging
Robust 5mm stainless steel buckles
Easy storage and transportation
UV blockage
Easy to setup
Weather resistant

Specifications:
Shape: Rectangle
GSM: 185
Size: 3M x 6M
Colour: Sand Beige
Assembly Required: Yes
Number of packages: one

Package Content
(1) Shade Sail x1

This product comes with 1 year warranty

For the best chance of receiving your order before Christmas, we recommend placing orders by the dates below: Metro Areas NSW: 17/12/2025 ACT: 17/12/2025 VIC: 19/12/2025 QLD: 12/12/2025 SA: 17/12/2025 WA: 12/12/2025 TAS: 12/12/2025 NT: 8/12/2025 Regional Areas NSW: 10/12/2025 ACT: 10/12/2025 VIC: 12/12/2025 QLD: 8/12/2025 SA: 10/12/2025 WA: 5/12/2025 TAS: 5/12/2025 NT: 1/12/2025 Please note that delivery timeframes can vary depending on courier performance, location, and seasonal volumes. Ordering earlier than these dates may help reduce the risk of delays during peak periods.