Shade Sails and Tensile Membrane Structures

Profile Shade Structures offer the complete design, manufacture and installation of shade sails and tensioned membrane
structures
in shade shail cloth and PVC coated polyester fabrics.

We design light and graceful structures that are a highly effective method of covering large areas with the minimum of supports, providing both shade and waterproof cover from the elements. Shade Sails & Shade Structures are great for covering large areas such as Shade Sails for Schools, RSLs, Clubs, Playgrounds, Swimming Pools, Restaurants

If you require a free quote click this contact button to email us.
Otherwise, look at our website and learn more about the use of tensile membrane fabric structures.

Shade structure over kiami Shade structure in warwicks Shade sail RSL Shade Sail School

our work

shade structures
shade sails
retractable shades

recent projects

Awning at Vics Premium Meats Mascot Sydney

Awning at Vics Premium Meats Mascot Sydney

Posted in Industrial Structures

Vics Premium Meat hold a wholesale market at the weekends and required a waterproof selling area. A cantilevered awning was attached to the existing factory with rolled rafters and covered with Valmex FR700 megatop fabric creating an attractive shaped structure.

Rozelle Child Care Centre cantilevered shade sail

Rozelle Child Care Centre cantilevered shade sail

Posted in School Shade Sails , Shade Structures

The Rozelle Child Care Centre has upgraded their play area and required a cantilevered triangular sail for sun protection while children are playing in the new sand pit. The structure complies with the Cancer Council shade requirements for Child Care … Continue reading

Shade structure at Akuna Bay Marina

Shade structure at Akuna Bay Marina

Posted in Entertainment Areas , Shade Sails

Nautical looking twisted sail recently erected at Akuna Bay Marina. The two posts were mounted on hinges with stainless steel backstay cables and rigging screws pulling the Commercial 95 shade cloth towards the poles, thus creating the twisting effect