Engineered for extreme performance, structural resilience, and rapid worldwide assembly.
Unlike standard on-site conventional construction, modern seismic-resistant modular structures rely on advanced structural kinematics, ductile material distribution, and high-frequency dissipation connections. When designing structures to withstand high peak ground acceleration (PGA) values, modular units benefit from their inherent box-like structural integrity. The combination of hot-rolled structural hollow sections, galvanized steel, and cold-formed light steel structural sub-frames creates a dynamic three-dimensional lattice.
By shifting structural joints from static on-site welds to precision CNC-machined bolted junctions and custom damping dampers, seismic energy is redirected. Inter-story drift limits are optimized according to international norms (e.g., ASCE 7, Eurocode 8, and AS 1170), reducing secondary shear stresses and eliminating the risk of sudden local collapse under catastrophic seismic events.
Ningbo Eky Home Co., Ltd. is a global leader in the manufacturing, development, and delivery of modular houses, prefabricated homes, and portable structural environments based in China. Combining state-of-the-art robotic production lines, precision CAD/BIM integrations, and deep engineering knowledge, Eky Home supplies structural solutions that exceed standard residential and commercial durability benchmarks.
Our structural expertise extends to specialized high-performance galvanized steel chassis, sound insulation layers, energy-efficient thermal envelopes, and resilient structural cores designed for rapid deployment, ease of container transportation, and maximum life span under severe conditions.
We act as an official OEM/ODM engineering partner, facilitating customized layout adaptations, structural computations, electrical and hydraulic integration, and compliance configurations for global developers, mining projects, state agencies, and emergency planning commissions.
Unlocking premium value, structural longevity, and cost efficiency via industrialized pre-fabrication processes.
Utilizing high-end Revit and Tekla structural environments to execute collision checks, finite element analysis (FEA), and weight distribution studies prior to raw material cutting.
We source ultra-high yield strength, hot-dipped galvanized carbon structural steel (Q235B and Q355B series) to prevent rust, dynamic loading failure, and embrittlement.
High-density rockwool and polyurethane sandwich panel systems optimized for thermal resistance (R-value), structural shear resistance, and dynamic impact protection.
Ningbo is recognized as one of the world's most integrated industrial fabrication nodes. Possessing the world's busiest port in cargo tonnage (Ningbo-Zhoushan Port), this strategic location provides direct access to primary steel smelters, glass processing complexes, high-volume chemical compound suppliers, and mechanical engineering services.
By leveraging the regional cluster effect, Eky Home manages raw material supply lines dynamically, shielding clients from international pricing volatility and reducing lead times by up to 40% compared to local assembly hubs.
Eky Home designs and engineers its units with rapid regional and international transport in mind. By engineering the modular chassis to sit comfortably within standard ISO shipping parameters (flat-pack and container configurations), logistics expenses are minimized.
Our proximity to local high-precision manufacturers of architectural cladding, fenestration systems, and intelligent internal hardware allows us to fulfill customized requests quickly. From off-grid solar-powered cabins to specialized modular clinics, our manufacturing facility serves as a secure anchor for global projects.
Moreover, our local manufacturing complies with certified testing organizations, providing fully transparent trace sheets for raw materials, galvanization thickness certificates, welding strength results, and load tests.
How our structural products comply with leading structural, seismic, and regional building frameworks.
Engineered for compliance under International Building Code (IBC) guidelines. Designing structures to withstand specific Seismic Design Categories (SDC) A through F, utilizing wind load simulations up to 150 MPH, and thermal compliance standards (IECC).
Aligning structural layouts with EN 1998 (Eurocode 8) rules for design of structures for earthquake resistance, focusing on structural ductility, load-bearing stability, and light gauge cold-formed structural steel members (EN 1993-1-3).
Our structures conform with Australian/New Zealand wind and seismic actions, focusing on cyclonic wind requirements (Region C and D) and non-combustible material integration under National Construction Code (NCC) standards.
Our structural design framework accommodates the requirements of diverse physical environments, including:
AI-Assisted Generative Structure Layouts: Utilizing AI systems to optimize material cross-sections, minimizing steel mass while maintaining structural stability.
Off-Grid Technical Autonomy: Fully integrated photovoltaic energy storage, rainwater collection filters, and biological waste digestion systems.
Circular Economy Integration: Modular designs using components that are 98% recyclable or reusable at the end of their operational lifecycle.
Clear, technical, and objective insights to assist global engineers, procurement officers, and developers.
Direct views into Eky Home's production floors, detailing automated welding, quality testing, and assembly bays.
Expanded list of customizable and site-proven modular buildings.
Eky Home