The Prefab Steel Pig House revolutionizes traditional animal housing with its innovative design and durability. Engineered as a modular hog shed, this structure offers superior strength using galvanized steel frames, ensuring resistance to corrosion, extreme weather, and wear. Its open-plan layout enhances ventilation, while customizable partitions allow flexible space management for different herd sizes, making it ideal for hoghouse setups in diverse climates. Key advantages include rapid assembly—most units are operational within 2–4 weeks—and low maintenance costs. The design incorporates insulated panels and automated feeding/watering systems to optimize hygiene, reducing disease risks common in conventional pigsties. Slatted floors improve waste management, aligning with modern farming sustainability goals. Beyond hoggery applications, this prefab solution adapts seamlessly to poultry, cattle, or sheep housing, demonstrating versatility across livestock sectors. Its scalable design suits small farms and large commercial operations alike, offering cost-effective expansion options. By replacing outdated pig houses with this efficient, eco-friendly alternative, farmers gain enhanced productivity, animal welfare, and long-term ROI—proving the Prefab Steel Pig House as the future of intelligent livestock infrastructure.

Building area: total area 6600 square meters Single building size: 122m*15.5m Steel frame poultry house is a modern agricultural facility designed for efficient and large-scale poultry farming, such as broilers and laying hens. Using high quality galvanized steel as the main structural material, this poultry house offers excellent durability, cost-effectiveness and adaptability to different environmental conditions. Key Advantages: Durability and safety: The steel structure is resistant to corrosion, fire, pests and extreme weather, ensuring long-term reliability and reducing maintenance costs. Wind resistance is good, withstanding strong winds of 160 km/h. Wall panels and roof panels are fire rated up to Class A. Customization: Modular design allows flexible layouts to accommodate different flock sizes, feeding systems and ventilation requirements. Water line system, material line system, ventilation system, automatic manure removal system, environmental control system, etc. can be designed according to customers' requirements. Quick Build: 36 days to install all components of the house, with prefabricated components allowing for quick assembly, minimizing downtime and speeding up operational readiness. HYGIENIC ENVIRONMENT: Smooth steel surfaces prevent dust buildup, simplifying cleaning and promoting biosecurity and animal health. Applications: Steel-framed poultry houses are ideal for commercial broiler, layer and breeder farms. They support automated systems for feeding, temperature control and waste management that optimize productivity. Their large-span design maximizes space utilization, while natural lighting and ventilation options enhance animal welfare. Because of their ability to adapt to climate challenges, these structures are widely adopted in both temperate and tropical regions.

The Steel Structure Workshop, built with advanced portal frame design, is a cornerstone of modern industrial architecture.  Renowned for its durability, cost-effectiveness, and adaptability, this structure is ideal for manufacturing plants, warehouses, logistics hubs, and more.  Below, we explore its key technical features and applications. Superior Wind Resistance Designed to endure harsh environmental conditions, the portal frame steel workshop boasts exceptional wind resistance strength.  The framework incorporates rigid joints, diagonal bracing, and high-grade steel materials, ensuring stability in wind speeds up to 150 km/h (depending on regional standards).  Roof and wall cladding are securely fastened to prevent uplift, while aerodynamic profiles minimize wind load impact, complying with international codes like ASCE 7 or Eurocode 1. Large-Span Capabilities One of the hallmarks of the portal frame design is its ability to achieve wide clear spans (typically 30–60 meters) without internal columns.  This maximizes usable floor space, accommodating heavy machinery, production lines, or bulk storage.  The prefabricated steel components allow for precise engineering, ensuring structural integrity even in ultra-long spans. Customized Crane Systems Steel Structure Workshops seamlessly integrate overhead cranes or gantry cranes to streamline material handling.  The steel framework is reinforced with crane beams, runway girders, and robust connections to support lifting capacities ranging from 5 to 50+ tons.  Engineers optimize column spacing and foundation design to handle dynamic loads, ensuring safety and operational efficiency. Diverse Industrial Applications Manufacturing: Spacious layouts for assembly lines and machinery. Warehousing: Column-free interiors for high-density storage. Logistics: Easy access for loading/unloading with large doors. Aviation/Vehicle Maintenance: High ceilings for aircraft or truck servicing. Sustainability and Cost Benefits Steel structures are eco-friendly, with recyclable materials and energy-efficient insulation options.  Their prefabricated components reduce construction time by 30–40%, lowering labor costs and minimizing disruptions.

The Maldives Fishery Processing Plant Project, with a total investment of $50 million, showcases the exceptional advantages of multi-story steel structures in modern industrial construction.   Spanning 25,000 square meters, the facility produces dried seafood, processed fish, and fish oil, with an annual capacity of 150,000 tons.   Designed to withstand the Maldives' high temperatures and heavy rainfall, the plant features a robust steel structure with double-layer preservative treatment for enhanced durability and a steep roof slope for efficient drainage. The main structure utilizes H-shaped steel beams and tubular steel columns with a diameter of 14-16 inches, ensuring superior strength and stability.   The 10-12 meter column spacing maximizes space utilization, while the prestressed reinforced concrete floors and piling foundations provide additional resilience.   Supporting facilities, including awnings, warehouses, and maintenance plants, are also constructed using steel, highlighting its versatility. This project, developed by Lanjing Group and consulting experts, demonstrates how multi-story steel structures can deliver cost-effective, high-quality, and sustainable solutions.   By leveraging advanced refrigeration systems powered by renewable energy, the plant not only meets production demands but also supports environmental sustainability.

Steel Frame Data Center is housed in a prefabricated steel building that was designed specifically for mining operations. The steel building was chosen for its durability, flexibility, and ease of construction, making it an ideal choice for a large-scale mining operation Facility. Data Center Prefabricated Steel Construction One of the key advantages of using a prefabricated steel building for the this facility is its speed of construction. The building was manufactured off-site, and then transported to the site. This significantly reduced the time and labor required for on-site construction, allowing client to get the mining operation up and running more quickly than traditional construction methods would have allowed. In addition to its speed of construction, the prefabricated steel building used for the facility is also highly durable and requires minimal maintenance. The steel used in the construction of the building is resistant to corrosion, which is an important consideration in an environment where humidity and moisture levels can be high. The building is also designed to withstand high winds, making it an ideal choice for the windy conditions.

The Steel Structure Workshop, built with advanced portal frame design, is a cornerstone of modern industrial architecture.  Renowned for its durability, cost-effectiveness, and adaptability, this structure is ideal for manufacturing plants, warehouses, logistics hubs, and more.  Below, we explore its key technical features and applications. Superior Wind Resistance Designed to endure harsh environmental conditions, the portal frame steel workshop boasts exceptional wind resistance strength.  The framework incorporates rigid joints, diagonal bracing, and high-grade steel materials, ensuring stability in wind speeds up to 150 km/h (depending on regional standards).  Roof and wall cladding are securely fastened to prevent uplift, while aerodynamic profiles minimize wind load impact, complying with international codes like ASCE 7 or Eurocode 1. Large-Span Capabilities One of the hallmarks of the portal frame design is its ability to achieve wide clear spans (typically 30–60 meters) without internal columns.  This maximizes usable floor space, accommodating heavy machinery, production lines, or bulk storage.  The prefabricated steel components allow for precise engineering, ensuring structural integrity even in ultra-long spans. Customized Crane Systems Steel Structure Workshops seamlessly integrate overhead cranes or gantry cranes to streamline material handling.  The steel framework is reinforced with crane beams, runway girders, and robust connections to support lifting capacities ranging from 5 to 50+ tons.  Engineers optimize column spacing and foundation design to handle dynamic loads, ensuring safety and operational efficiency. Diverse Industrial Applications Manufacturing: Spacious layouts for assembly lines and machinery. Warehousing: Column-free interiors for high-density storage. Logistics: Easy access for loading/unloading with large doors. Aviation/Vehicle Maintenance: High ceilings for aircraft or truck servicing. Sustainability and Cost Benefits Steel structures are eco-friendly, with recyclable materials and energy-efficient insulation options.  Their prefabricated components reduce construction time by 30–40%, lowering labor costs and minimizing disruptions.

Pre-fabricated steel manufacturing facility is a major player in the truck and bus manufacturing industry, with an eye on emerging technologies. To meet their manufacturing goals, they needed an industry-leading, sustainably minded, manufacturing facility, designed to produce both electric and internal combustion powertrains. The facility would house amongst many things, a body shop, paint shop, general assembly shop, and logistics center, with efficient energy-use goals considered in both design and construction.

The Flat Pack Container Dormitory  utilizes flat pack container to build a fully functional dormitory that can be easily transported, assembled, and disassembled, making it ideal for temporary or semi-permanent housing needs such as student accommodations, workforce housing, or emergency shelters. Conventional modules are available in 20ft and 40ft, while we also offer extended container houses of the same specifications Key Features: Modular Design: The dormitory is constructed using flat pack containers, which are pre-fabricated and designed to be flat-packed for easy transportation. Each container module is engineered to be lightweight yet durable, ensuring structural integrity while minimizing shipping costs. Rapid Assembly: The flat pack containers can be quickly assembled on-site using simple tools, significantly reducing construction time compared to traditional building methods. The modular nature of the design allows for flexible configurations, enabling the dormitory to be customized based on the number of occupants and available space. Flat pack container houses used as temporary or long-term accommodation, saving on land and construction costs.

We mainly provide container office, dormitory, kitchen, dining room and public bathroom for this project. All houses are freely matched by different numbers of 20ft flat container houses. The dormitories are divided into single rooms, double rooms and multiple rooms, each equipped with corresponding circuits and air conditioning. Total camp area:Around 12,000 SQM