Select industrial structures and engineering components designed and manufactured for quick assembly, high strength, and customized site layouts.
Hangzhou PYO Homes Co., Ltd. is a modern and technology-oriented enterprise specializing in steel structure construction, positioned as a Steel Structure Building Manufacturer | Industrial Plant & Warehouse Construction Solutions provider. The company is dedicated to delivering high-performance, durable, and cost-efficient steel building systems for industrial plants, logistics warehouses, commercial facilities, and institutional infrastructure projects worldwide.
Established in 2011 in Hangzhou, China, PYO Homes began as a regional supplier of light steel framing components. With the rapid growth of industrial construction and demand for faster, more efficient building methods, the company expanded into full-scale steel structure engineering and manufacturing. By 2016, PYO Homes had developed comprehensive capabilities covering design, fabrication, and installation of pre-engineered steel buildings.
Through continuous investment in advanced machinery such as CNC cutting, automated welding lines, and precision forming equipment, the company ensures strict quality control and high production efficiency. Its product range includes steel frame workshops, large-span warehouses, multi-story industrial plants, and customized structural solutions tailored to client specifications.
Today, Hangzhou PYO Homes Co., Ltd. serves clients across Asia, the Middle East, Africa, and South America. With a strong focus on innovation, structural safety, and sustainable construction practices, the company continues to provide reliable steel structure building solutions that meet the evolving needs of global industrial development.
How local clusters, massive scale, and technological integration deliver unmatched value to international campus infrastructure developers.
China's steel fabrication hubs leverage massive industrial integration. From iron smelting and rolling of primary sections to precision CNC machining and advanced surface finishing, every production phase occurs within close geographic proximity. This minimizes internal logistics overheads and ensures stable raw material procurement even during high global market volatility.
Modern Chinese factories utilize high-end automated systems. Automated submerged arc welding (SAW) stations, robotic plasma cutters, and integrated CNC drilling arrays work together to achieve fabrication tolerances within millimeters. This high precision reduces error margins, ensuring rapid structural alignment during final assembly on-site.
Proximity to major global ports like Shanghai and Ningbo-Zhoushan facilitates seamless containerization of building segments. Standardized steel frameworks are optimized for loading into standard shipping containers, saving on transport costs. Our manufacturing plants maintain tight turnaround times from design sign-off to overseas vessel loading.
Modern campus developments demand various building configurations. The mechanical loads of heavy fabrication units require distinct engineering parameters compared to clear-span sports stadiums or multi-span logistics facilities. We address these requirements with specialized systems:
The shift toward digital integration, green building standards, and modular infrastructure acceleration.
The global construction sector is undergoing a significant transformation, with steel emerging as a preferred structural material. Driven by stringent sustainability targets, modern projects prioritize materials that support recycling and circular economies. Prefabricated steel campus structures are inherently low-waste; components are manufactured to exact sizes off-site, reducing construction scrap to near zero.
Additionally, Building Information Modeling (BIM) platforms allow for detailed virtual testing before production. By creating full-scale digital twins, structural engineers can simulate local wind forces, seismic responses, and thermal performance. This reduces design-to-production errors, speeds up regulatory approvals, and helps ensure on-site safety during project delivery.
By integrating modern insulation options, structural coatings, and intelligent structural health sensors, we help developers extend the operational lifespan of their facilities.
Inside Hangzhou PYO Homes Co., Ltd.: Fabrication processes, automated machinery, and recent global project implementations.
Strategic guidance for procurement managers to ensure technical compliance and smooth customs clearance.
Purchasing structural steel components across international borders requires a clear understanding of regional building codes and logistics. Whether you are expanding a high-capacity warehouse campus in South America or developing a public infrastructure project in the Middle East, structural integrity and compliance are paramount. Enterprise buyers should focus on several key areas:
Ensure that structural designs align with local requirements. Our engineering team routinely designs to multiple codes, including the Eurocode (EN 1993), American Institute of Steel Construction (AISC) standards, and Chinese GB standards, to help streamline regional approvals.
For coastal and humid projects, specify high-durability coatings. Options range from standard primer coats to hot-dip galvanization (HDG) exceeding 85 microns, or specialized multi-layered epoxy paint systems, ensuring long service lives in demanding environments.
To ensure high quality, we support independent inspections before shipping. SGS, BV, or other designated inspection agencies can verify weld quality, dimensional accuracy, coating thicknesses, and raw material mill test certificates (MTC).
Answers to common structural engineering, custom manufacturing, and global shipping questions.
We primarily utilize high-strength structural carbon steels, including Q355B (equivalent to S355JR under EN10025 or Grade 50 under ASTM A572) and Q235B (equivalent to S235JR or ASTM A36). Q355B is selected for main load-bearing frames due to its high yield strength, while Q235B is commonly used for secondary bracing elements, purlins, and girts to optimize project costs.
We offer customized surface treatment systems based on the project's geographic location. Steel elements undergo automatic shot blasting to Sa 2.5 grade cleanliness before coatings are applied. Protective options include rust-inhibitive primer coats, heavy duty polyurethane topcoats, and hot-dip galvanization (which offers long-term protection in highly humid or marine environments).
Yes. Our engineering department uses design software like PKPM, Tekla Structures, and 3D3S to analyze localized wind and seismic loads. We calculate and design structures to withstand wind velocities of up to 150 km/h (or higher, depending on project specifications) and seismic events rated up to Magnitude 8.
The manufacturing schedule depends on project complexity and volume. Standard portal warehouses between 5,000 and 10,000 square meters typically require 30 to 45 days for complete fabrication. This timeline includes drawing verification, material preparation, cutting, welding, surface finishing, and packing for shipment.
All structural elements are labeled to match the assembly drawings. Heavy steel sections are bundled using protective dunnage and high-tensile steel strapping. Smaller components, connections, and hardware are crated in plywood boxes. This system helps prevent movement inside shipping containers during transit and simplifies unloading at the construction site.
We provide detailed architectural, structural, and connection shop drawings, along with 3D structural models to assist local erection crews. Upon request, we can also deploy experienced structural engineers to the site to provide technical guidance and supervise the installation process.
Additional heavy structural framing, special-purpose industrial buildings, and plant system solutions.
PYO Homes
