B_0410_Cambridge_SolucentCambridge

Solucent by Cambridge Architectural

April 21, 2010

Cambridge Architectural’s Solucent is an energy-saving and daylighting mesh shading system for exteriors and interiors

Cambridge Architectural’s Solucent is an energy-saving and daylighting mesh shading system for exteriors and interiors.

The system combines the unique and striking aesthetic of architectural mesh with shading and daylighting capabilities to create a one-of-a-kind energy and light management solution. 

Solucent mesh shading systems reduce solar heat gain by shading the sun, leading to significant savings on cooling costs. Mesh is also a versatile daylighting material that allows the desired amount of natural light through. As a result, Solucent systems reduce the need for electric light – the No. 1 energy consumer in buildings, and a contributor of unwanted heat gain.

Although most often used as an exterior facade, Solucent also comes in the form of solar canopies and interior wall adornments.

For more information, visit www.cambridgesolucent.com or call 866-806-2385.

Voice your opinion!

To join the conversation, and become an exclusive member of Buildings, create an account today!

Sponsored Recommendations

Building Better Schools

Download this digital resource to better understand the challenges and opportunities in designing and operating educational facilities for safety, sustainability, and performance...

Tips to Keep Facility Management on Track

How do you plan to fill the knowledge gap as seasoned facility managers retire or leave for new opportunities? Learn about the latest strategies including FM tech innovations ...

The Beauty & Benefits of Biophilic Design in the Built Environment

Biophilic design is a hot trend in design, but what is it and how can building professionals incorporate these strategies for the benefits of occupants? This eHandbook offers ...

The Benefits of Migrating from Analog to DMR Two-Way Radios

Are you still using analog two-way radios? Download this white paper and discover the simple and cost-effective migration path to digital DMR radios that deliver improved audio...