Yesterday’s post talked about port steel buildings and the important roles they play in ensuring the efficiency of port operations. The indispensable features of any port are crane buildings and steel is the industry standard material for these structures. The strength of steel and the stable designs that go into steel buildings ensure their high efficiency and remarkable structural integrity.

As you all know by now, steel buildings can be designed to suit any purpose. As a result, they have no problems accommodating the unique specifications of steel crane buildings. Today’s steel buildings are computer engineered, making them more sturdy, cost less, and faster to assemble. They stand tall against harsh weather conditions like strong winds, heat, precipitation, and even hurricanes.

A steel crane building is a complex system that integrates the design of metal building system with the building crane specifications that consists of the crane with trolley and hoist, crane rails, crane runway beams, structural supports, stops, and bumpers.

The cranes that are usually found in crane buildings include: overhead travelling bridge crane, top runner, underhung, monorail, jib, stacker, and gantry. Since steel buildings provide for wide, open spaces because of their clear span designs, they can accommodate these types of lifting machinery.

Steel buildings with overhead cranes can have eave heights up to 90 feet and accommodate crane loads up to 150 tons. Furthermore, the designs of steel buildings have no problem accommodating the support systems needed for the operation of overhead cranes including brackets, runway beams, crane rail, and longitudinal bridging.

Other advantages of steel crane buildings are reduced heating and cooling costs and lesser maintenance costs.