Turner Arc Shading Systems is an Australian owned and operated company specialising in a wide range of external shading systems for the Commercial, Hospitality, Institutional, Government and Residential sectors.

Turner Arc is a supplier of both Residential and Commercial External Blinds, Screens and Awnings, offering project management, supply and installation, design advice and product consultation. TurnerArc’s main aim is to create beautiful yet functional spaces, delivering superior outcomes to our customers.

External Venetian Blinds

Aluminium motorised and retractable External Venetian blinds and Louvres allow natural light to penetrate through the glazing while removing the solar heat and glare.

External Blinds and Screens

TurnerArc’s Outdoor Blinds, External Blinds & External Screens are Designed to fully utilise the environmental conditions of a building & its surroundings.

Folding Arm Awnings

With the benefit of a retractable awning, you can create an outdoor room that protects against the sun or light rain as well as creating a comfortable and private ambience.

Operable Roof Systems

The operable Roof System is ideal for use in private homes, courtyards, restaurants and commercial applications where the user is seeking more than just protection from the sun.

Aluminium Adjustable Shutters - Brisbane - Gold Coast

Aluminum Shutters

Aluminium Adjustable Shutters have been aesthetically designed to work as the perfect solution for any external or internal window.

MOA Screen

MOA Screen is an innovative solution in form of large-format matrices constructed using technology of the rope link.

Fixed Aluminium Awnings

Fixed Aluminium Awnings provide a modern and low maintenance solution to privacy and sun control.

Shade Sails

TurnerArc's shade sails are a cost-effective alternative to permanent shade structures and are one of the most sought after shade solutions in Australia.

Specialty Lourve Systems Brisbane and Gold Coast

Specialty Louvre Systems

Specialty Louvres when automatically controlled reduce thermal heat gain and glare while maximising internal light.