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High-rise structures use a tube structural system to withstand lateral loads like wind and seismic effects. The building can act like a hollow cylindrical tube that is cantilevered perpendicular to the ground thanks to these lateral load resisting mechanisms.
As a result, the structure displays a tubular behavior in response to lateral loads.
The rigid frame system, which is a three-dimensional frame capable of withstanding all lateral loads with the façade structure, is where the idea for the tubular structural system originated.
The structure is made up of external columns surrounding an inside core arrangement.
A sturdy frame is created by tightly spacing and connecting the external perimeter columns with deep beams. Therefore, this configuration produces a thick and sturdy structural wall along the building’s outside.
The outside structure is made to be sturdy enough to withstand the lateral loads that are applied to the building, allowing the inside to withstand gravity loads. The few interior columns are scattered throughout the central portion of the building.
The Global Tube board market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
With the introduction of Dura-Tube, Dura-Bar, continuous cast grey and ductile iron bar products, expands its offering of tubes. The new tube portfolio is currently offered in a variety of diameters and grades.
It was made using either a proprietary continuous cast technique or a trepan process. Customers have the freedom to select Dura-Tube products in order to precisely match requirements like wall thickness, concentricity, and even volume thanks to this flexibility.
Dura-Tube is made utilizing a continuous casting technique, which results in a more concentric tube for ideal machining. In comparison to centrifugal castings, Dura-Tube has a clear advantage in the stock removal process.
In comparison to centrifugal castings, Dura-Tube made utilizing the continuous cast method or the trepan technique requires less stock removal.
The majority of machined items need to have holes bored, which is a labor-intensive process. Dura-Tube products reduce the need for hole boring, which saves time.
Additionally, because Dura-Tube weighs less than a normal bar, clients will pay less for shipping. There are many industries where Dura-Tube can be used, including (but not limited to) oil and gas for slips and bit sleeves and automotive and power transmission for cylinder liners, sheaves, and bushings.
Download the product data sheet by clicking the button below for an exhaustive list of Dura-Tube diameters, grades, and mechanical characteristics.
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