From commercial grade frame tents to engineered tent structures originally designed for weddings and special events, we emphasize strength, durability and safe installation. Designing sustainable, high-performance buildings requires an integration of architectural and engineered systems into a balanced design of sustainability and cost-effectiveness.
Hip End Tents are the style one would imagine in use as wedding tents and special event tents with the slope in all four directions. Available in multiple sizes and configurations, our hip end tents start with the Heavy Duty 2" frame that can be upgraded to sliding tops and sidewalls, and to the strongest tent on the market, Maxi Full Strength.
Gable End Tents are flat vertical ends that have grown immensely in popularity during the last decade because it is faster and easier to install than a hip end tent, and it has advantages for controlling water runoff. Gable end tents are ideal for situations requiring the tent to be installed as an extension to a building, used to cover a walk way, or connecting two separated buildings or structures.
High Peak Tents are designed with a high peak center mast supported by cross cables extending from each corner fitting, maximizing the usable space underneath while also eliminating the need for interior frames or support poles. The simple design allows for easy transportation, storage, and installation involving only two people due to the reduced amount of hardware versus other frame or pole tents.
We also offer various tube sizes, connectors and components to meet your strength needs. All of our connectors are welded steel components assembled in state-of-the-art fixtures to ensure accuracy, and clear zinc plating on all connectors ensures long lasting quality. We use the best aluminum alloy to extrude 1″ pipe, 2″ tube and the specially shaped Maxi Tubes, then clear anodize the aluminum to provide protection from oxidation. Maxi Tube designs provide exceptional strength and greatly reduce installation time.
Depend on our expertise to provide wind load capacity and meet the local codes.