Project Overview

Project Name: Aruba Steel Exhibition Hall & Warehouse

Location: Aruba, Caribbean Region

Total Building Area: 1,585 sqm

Building Structure: Steel Structure (Exhibition Hall + Warehouse)

Structural System: Two-story steel frame exhibition hall combined with portal frame warehouse

Wall & Roof System: Glass curtain wall, cement foam panels, polyurethane composite roof panels

Year Completed: 2023

The Aruba Exhibition Hall project is a modern steel exhibition and storage complex designed to meet both display and logistics functions. With a total building area of approximately 1,585 square meters, the project integrates a two-story steel frame exhibition hall and a portal frame steel warehouse into one efficient layout.

The exhibition hall adopts a customized steel frame system using structural metal studs and structural steel stud solutions to support large-span spaces and modern architectural façades. Extensive glass curtain walls enhance natural lighting and visual openness, creating a high-end commercial exhibition environment. The warehouse section utilizes a portal frame steel structure with cement foam wall panels and polyurethane composite roofing, ensuring durability, thermal insulation, and cost-effective construction.

This project demonstrates the flexibility and performance of steel structure solutions in overseas exhibition and commercial warehouse buildings, delivering fast construction, architectural freedom, and long-term structural reliability.

Project Overview

Project Name: Aruba Stadium Steel Grandstand

Location: Aruba

Building Type: Steel Structure Stadium Grandstand

Building Structure: Tubular Steel Truss System with Steel Frame Roof Trusses

Span: 127 m

Eave Height: 9.14 m

Steel Consumption: Approx. 62.36 tons

Total Building Area: Customized for stadium seating capacity

Year Completed: 2020

Project Overview:

The Aruba Stadium project is a large-span steel structure grandstand designed for public sports and event use. The grandstand adopts a tubular steel truss system, combining long-span steel frame roof trusses with a lightweight yet robust structural solution to achieve excellent load-bearing performance and visual openness.

The roof system is engineered using steel frame roof trusses to provide wide, unobstructed spectator views while ensuring structural stability under wind and coastal climate conditions. The supporting structure integrates elements similar to steel stud shed systems for efficient force transfer, while perimeter safety and crowd control areas are complemented by steel frame fence solutions, enhancing both safety and durability.

With a maximum span of 127 meters and an eave height of 9.14 meters, this steel structure grandstand demonstrates the advantages of prefabricated steel construction, including fast installation, precise fabrication, and long-term performance. The project showcases a cost-effective and sustainable solution for stadium seating, suitable for sports venues, community arenas, and international event facilities.

Project Overview

Project Name: Luneng Taishan Club Stadium Grandstand Project

Location: Jinan, Shandong, China

Total Building Area: Approx. 1,550 sqm

Building Structure: Steel pipe truss structure with tensile membrane roofing

Roof System: Steel roof structures with metal frame roof system

Year Completed: 2023

Project Overview:

This project was developed for Shandong Luneng Taishan Football Club, one of the most prestigious teams in China's top professional league. Xin Guangzheng was responsible for the design, fabrication, and installation of the stadium grandstand and an adjacent seven-a-side football field, delivering a modern steel frame roof solution tailored for high-performance sports facilities.

The main grandstand adopts a steel pipe truss tensile membrane structure, combining lightweight design with long-span capability and excellent visual impact. The roofing system integrates a metal roof frame and steel frame roof, ensuring structural stability, wind resistance, and long-term durability while providing effective weather protection for spectators.

The seven-a-side football field features a large-span three-row steel pipe truss system, with a clear span of 54 meters, an eave height of 16.6 meters, and a beam depth of 3 meters. The overall structural system fully demonstrates the advantages of roof metal frame and metal frame for roof solutions in stadium and sports architecture, including fast construction, flexible customization, and cost-efficient installation.

Designed to meet professional competition standards, this project highlights the application of advanced steel roof structures and customized metal frame roof systems in modern stadium grandstands, providing both functional performance and iconic architectural expression for sports venues worldwide.

Project Overview

Project Name: Qingdao Agricultural University Pingdu Campus

Location: Pingdu, Qingdao, China

Total Building Area: Approx. 30,000 sqm

Site Area: Approx. 1,000 acres

Building Structure: Reinforced concrete buildings combined with steel structure systems

Year Completed: 2023

Project Overview:

The Qingdao Agricultural University (Pingdu Campus) is a large-scale educational complex located in Nancun Town, Pingdu City, designed to support modern teaching, research, and campus life. The campus consists of around 30 individual buildings, several of which adopt advanced steel structure solutions to meet architectural, functional, and aesthetic requirements.

A key highlight of the project is the steel roof structure of the No.1 Library skylight, featuring a span of 36 meters and a height of 42 meters, with a total steel consumption of approximately 125 tons. The structure integrates metal deck framing and steel floor framing systems to achieve long-span openness, structural stability, and efficient load transfer while enhancing natural daylighting.

Another landmark structure is the campus landscape tower, reaching a height of 47 meters with a total steel tonnage of about 240 tons. Each steel column measures up to 21 meters in length and weighs approximately 18 tons, showcasing complex geometry, precise fabrication, and refined installation techniques. The internal circulation systems, including staircases, are supported by robust steel stair frame designs, ensuring durability, safety, and architectural consistency.

Overall, the project demonstrates how modern steel structure technology can be seamlessly integrated into school and public building developments, delivering flexible layouts, iconic architectural forms, and long-term performance for educational facilities.

Project Overview

Project Name: Muyuan Shenxian Pig Farm

Location: Shenxian County, China

Site Area: Approx. 45,000 mu

Total Building Area: Large-scale agricultural complex

Building Structure: Steel frame agricultural building system

Facility Type: Modern industrial pig farming base

Year Completed: 2024

The Muyuan Shenxian Pig Farm is a large-scale modern livestock base developed on a total site area of approximately 45,000 mu, making it one of the representative industrial farming projects in the region. The project adopts a standardized steel frame agricultural building system to support high-density, large-volume pig breeding with strict requirements for durability, ventilation, and biosecurity.

All core production zones are constructed using prefabricated steel frame farm buildings, providing long-span interiors, flexible layouts, and efficient integration of feeding, ventilation, and waste management systems. The steel structural system ensures excellent load-bearing performance, corrosion resistance, and fast on-site assembly, which is critical for agricultural projects of this scale.

By utilizing modular steel frame construction, the project achieves rapid deployment, consistent quality control, and long-term operational reliability. This approach highlights the advantages of steel frame agricultural buildings in large-scale livestock farming, offering a sustainable and cost-effective solution for modern agricultural infrastructure.

Project Overview

Project Name: New Hope Liuhe Modern Farm Park

Location: China (Shandong & other regions)

Site Scale: Multi-site agricultural industrial park covering tens of thousands of mu

Total Building Area: Approx. 150,000+ sqm (aggregated steel structures)

Building Structure: Steel frame construction with optimized steel frame cladding

Main Facilities: Steel frame barns, feed storage, biosecure livestock zones

Year Completed: 2024

The New Hope Liuhe Modern Farm Park is part of a large-scale agricultural industrial network developed by New Hope Liuhe, one of China's leading agribusiness companies with extensive livestock operations and global reach. New Hope Liuhe has built multiple high-capacity farm facilities using advanced steel frame construction methods that support modern animal husbandry practices focused on efficiency, biosecurity, and scalability.

The farm park includes a series of steel frame barns engineered for livestock production, featuring long-span interiors, modular layouts, and specialized environmental control systems. Highly durable steel frame cladding systems are applied to ensure thermal performance, corrosion resistance, and long-term durability, suitable for large-volume livestock operations and harsh agricultural environments.

This integrated agricultural industrial park demonstrates how steel frame agricultural building solutions can deliver rapid construction, flexible expansion, and long-term operational reliability—making it an ideal choice for modern pig farming and large animal production facilities seeking performance, quality, and cost-effectiveness.

Project Overview

Project Name: China Celery Museum

Location: Pingdu, Qingdao, Shandong Province, China

Total Building Area: Approx. 6,000 sqm

Building Structure: Irregular rigid steel frame structure

Building Type: Cultural Museum Building

Year Completed: 2022

The China Celery Museum is located in the western suburbs of Pingdu, Qingdao, and is the only museum in China dedicated to celery and celery culture. Designed as a regional cultural landmark, the project adopts an irregular rigid frame building system, combining architectural expression with structural efficiency.

The main structure is formed using rigid steel buildings and rigid steel frame systems, enabling large open exhibition spaces, flexible interior layouts, and strong seismic performance. The customized rigid frame steel building design supports complex geometric forms while maintaining structural stability and construction accuracy.

Through advanced rigid steel construction technology, the museum achieves long-span exhibition halls, high spatial transparency, and durable performance suitable for public cultural facilities. The project integrates modern steel architecture with local agricultural heritage, making it both a functional cultural venue and a symbolic landmark of Pingdu's

Project Overview

Project Name: Qingdao Pingyun Steel Structure Warehouse

Location: Pingdu City, Qingdao, China

Total Building Area: 7,690 sqm

Building Structure: Portal Frame Steel Structure

Structural System: Steel column-withdrawn frame system

Building Function: Logistics storage and material warehousing

Year Completed: 2023

The Qingdao Pingyun Warehouse Project is a modern metal warehouse building located in Pingdu, Qingdao, designed to meet efficient logistics and bulk material storage demands. The project adopts a classic portal frame steel structure, providing large-span interior space, flexible layout, and high structural stability.

With a total construction area of 7,690 square meters, the warehouse features a column-withdrawn steel skeleton system, optimizing internal clearance and improving operational efficiency for loading, unloading, and storage. The prefabricated steel components ensure fast installation, reliable quality control, and cost-effective construction, making it an ideal metal warehouse for sale solution for industrial and logistics users.

This project demonstrates the advantages of metal warehouse buildings in terms of durability, scalability, and long-term value. Compared with traditional construction methods, the optimized design helps clients better control metal warehouse buildings prices while maintaining high standards of safety and performance, making it suitable for regional logistics hubs and industrial storage applications.

Project Overview

Project Name: Qingdao Yiheshun Heavy Industrial Steel Factory

Location: Pingdu, Qingdao, China

Total Site Area: Approx. 46 mu

Building Type: Large Span Heavy Industrial Steel Structure Factory

Building Structure: Structural steel framing systems

Roof System: Structural steel roof framing with metal stud roof framing

Construction Method: Structural steel frame construction

Year Started: 2022

Project Status: Core workshops completed

Project Overview:

The Qingdao Yiheshun Heavy Industrial Steel Factory is a large span steel structure factory building designed for heavy-duty industrial manufacturing. Located in Pingdu, Qingdao, the project occupies approximately 46 mu and is planned as a high-standard industrial base with strong load capacity and flexible space organization.

The factory adopts advanced structural steel framing systems combined with structural steel frame construction, making it suitable for heavy machinery installation, overhead crane systems, and long-term high-intensity industrial operation. The large span layout significantly reduces interior columns, maximizing usable production space and improving logistics efficiency within the workshop.

The roof structure is engineered with structural steel roof framing and reinforced metal stud roof framing, providing excellent structural stability, wind resistance, and durability under heavy industrial conditions. This design supports large span requirements while maintaining cost efficiency and fast construction schedules.

As a representative heavy industrial steel structure project, this factory demonstrates the advantages of structural steel framing systems in large span factory buildings, offering a reliable and scalable solution for heavy manufacturing, equipment assembly, and industrial production facilities.