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Steel structure warehouses, factories and other projects are mostly one- or two-story projects, but if you want a multi-story building, there is no problem. 1. Philippines 4-story steel structure garage packing and shipping Size: 59.2m x 53.22m x 11.55m Area: 3150sqm Packing and Shipping Date: June 11, 2022 More multi-layered projects to showcase: 2.Maldives steel warehouse Size: 50m x 13.8m ...
This is a three-storey steel structure building, the project site is Maldives, it is built as a warehouse. Size: L10m*W17.4m*H13.8m(174sqm) Steel structural buildings are mainly composed of steel beams, steel columns, steel trusses and other steel and steel plate members. The overall rigidity and seismic performance of the steel structure are good, the construction speed is fast, the dead weight i...
To maintain steel structures properly, it is essential to implement a comprehensive maintenance plan that includes regular inspections, cleaning, and protective measures. Here are some key strategies to ensure the longevity and safety of steel structures: Regular Inspections Visual Inspection: Conduct regular visual checks to identify any signs of rust, paint peeling, cracks, or other damage on th...
Large span steel structures are widely used in various fields such as sports stadiums, exhibition centers, airport terminals, large industrial plants, and bridges due to their lightweight, high strength, and durability. This article will discuss the application of large span steel structures in different fields. Application in Large Industrial Plants Large industrial plants often need spacious int...
Multi-story parking garages are commonly constructed with steel due to its unique properties that address the challenges of vertical construction and high-capacity parking. Here’s a detailed breakdown of why steel is often the material of choice: 1. Exceptional Strength-to-Weight Ratio Steel can support heavy live loads (parked cars, moving vehicles) and dead loads (the structure itself) while min...
Building a Bailey Bridge involves a systematic approach to ensure structural integrity and efficiency. Here's a concise, organized guide: 1. Planning & Design Span Length: Determine the required span (typically 10–60 meters) based on site needs. Load Capacity: Calculate expected loads (e.g., military vehicles, civilian traffic) to size the bridge appropriately. Site Survey: Assess terrain, wat...
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