On October 10, 2026, the first batch of steel components for a custom-built supermarket project in Canada was loaded into containers at Qingdao Port and dispatched by sea. Contracted by Qingdao Liweiyuan Steel Structure Co., Ltd., the project covers approximately 3,000 square meters and represents a further step in the company's expansion into the North American commercial construction market.
On October 2, 2026, Qingdao Liweiyuan Steel Structure Co., Ltd. successfully completed the shipment of all components for a large-scale steel structure processing workshop project in the Dominican Republic. This consignment will travel across the ocean to the Caribbean, marking another significant breakthrough for the company in the field of high-end overseas steel structure manufacturing. The project was designed and fabricated in strict accordance with American Institute of Steel Construction (AISC) standards and local Dominican building codes.
On September 26, 2026, with the final batch of components successfully loaded and dispatched, Qingdao Liweiyuan Steel Structure Co., Ltd. completed the shipment of all materials for the new steel-structure warehousing and processing center project in Samoa. This milestone marks the successful conclusion of the manufacturing phase, with the project now transitioning to on-site installation in Samoa.
An earthquake resistant steel structure is designed to withstand seismic forces through an appropriate structural system, ductile steel members, reliable connections, and carefully coordinated engineering.
Floating wind platforms operate in some of the most hostile marine environments on earth, facing combined wave, wind, and current loads that far exceed land-based structural design criteria. The question of whether platforms for floating offshore wind turbines can reliably withstand these extreme conditions is central to the commercial deployment of deep-water wind energy.
Steel structure stairs are widely used in industrial plants, warehouses, commercial buildings, workshops, platforms, mezzanines and other projects where reliable vertical access is essential. Their strength, durability, flexible fabrication and compatibility with different architectural layouts make them suitable for demanding applications. However, a successful stair project requires more than simply selecting steel.
