Heated Umbrella Structures

Designed for partial or complete protection of exposed outdoor areas against wind, rain or snow. Our commercial patio umbrella structures are intended for counteracting low air temperatures during colder seasons as well as mitigation of sunlight's excessive UV radiation (A & B rays) during summer.

Our large patio umbrella models are available in a range of shapes and sizes. Taking advantage of our rectangular patio umbrella structures or square, hexagonal or even octagonal models for standalone or fully linked applications, offers coverage over any size outdoor space.

Step 1: Select a heating system for your new umbrella:
Non-Glowing Heaters
Glowing Heaters
square umbrellas structure, rectangle square umbrellas structure, octagonal umbrellas structure Available in a range of shapes and sizes for standalone or fully linked applications to form continuous overhead coverage over any size or any shape outdoor space.

wind resistant heated umbrellas structures Highly wind rated structures (up to Hurricane Class 2) for installations on elevated terraces of buildings up to 50 stories high, or along costal and exposed mountainous areas.

non-glowing radiant heaters, glowing radiant heaters, electric heaters Integrated with a choice of either low intensity slimline, totally non-glowing heating panels (latest & most desirable technology for long term commercial operations) or more traditional Halogen style infrared glowing patio heaters , more suitable for domestic applications when shorter daily usage is envisaged.

weather accessories for heated umbrellas structures The entire range of HeatRay patio umbrella models are available with a suite of seasonally reconfigurable modular weather accessories, specifically designed for seemless integration with HeatRay Heated Shade Umbrellas, in order to provide year round protection from the elements.

ASCE/SEI-7/2010 Built in compliance to the ASCE/SEI-7/2010 Code pertaining to the Minimum Design Loads for Buildings & Other Structures, as specified by the Structural Engineering Institute & American Society of Civil Engineers.