Modular Steel High-Rises developed by HXSS redefine high-rise construction standards with a 50% faster build time and superior structural performance. Backed by industry-university-research cooperation between Hangxiao Steel Structure, Zhejiang University and Tongji University, this product pioneered the rectangular CFST structure to break international technical monopolies. It solves the fire resistance problem of traditional steel structures and replaces conventional reinforced concrete construction, setting a benchmark for high-rise steel structure buildings in China. Ideal for urban vertical expansion, this product combines speed, strength and flexibility to meet the diverse needs of modern construction projects.
Specification Item | Details |
Model | HXSS-13 |
Brand | HXSS |
Core Material | Q355B steel (yield strength ≥355 MPa), S460M fire-resistant steel beams |
Seismic Performance | 9-degree rating with Buckling-Restrained Braces (BRBs) |
Prefabrication Completion Rate | 95% factory-finished components |
Dimensional Tolerance | ±2mm via automated CNC cutting |
Clear Span Capacity | Up to 18m column-free spaces |
Applicable Building Height | 50+ story skyscrapers |
The high-grade steel framework is 30%-40% lighter than concrete while supporting super high-rises. Advanced BIM modeling optimizes load distribution, cutting material usage by 15%-20% and reducing foundation costs by 25% as proven in a 45-story Shanghai tower project. This advantage balances structural stability and cost control, creating more value for developers.
95% prefabricated components slash on-site work for 30-story buildings by 6-8 months. The ±2mm tolerance eliminates rework, as seen in a Dubai hotel project that finished 80% of floors 40% ahead of schedule. Precision modularization also minimizes on-site labor costs and environmental impact during construction.
BRBs and moment-resisting frames boost energy absorption by 60% compared to concrete, meeting ASCE 7-22 standards. Real-time sensor networks monitor stress, and post-earthquake retrofit costs are 70% lower than traditional systems. This ensures long-term safety and durability in high-risk seismic zones.
18m clear spans increase rentable space by 12%-18%, and adjustable steel grids allow multiple layout reconfigurations. A Tokyo smart tower achieved 22% higher tenant retention thanks to this adaptable design, as it can cater to changing business needs and usage scenarios.
It supports 60-story towers with 1.5 floors completed per week, integrating offices, luxury apartments and sky gardens. Fire-resistant S460M beams (2,500 kN/m load capacity) ensure safety, and developers gain 15% higher ROI due to lease-ready flexibility. The product adapts to the complex functional demands of urban vertical developments.
Hospitals in seismic zones use BRB-equipped frames for 9-degree protection and ±5mm vibration control for MRI safety. A Tokyo medical center achieved 48-hour post-earthquake operational readiness, and modular ICU units with antimicrobial steel walls cut infection risks by 35%. It meets the strict safety and functionality requirements of medical facilities.
Reconfigurable MEP grids enable weekly tech upgrades, as shown by a Silicon Valley HQ that shifted 40% server capacity in 3 months. 14m clear spans support AI-driven hot-desking, boosting occupancy efficiency by 30%. The design aligns with the evolving needs of smart office environments and digital transformation.
Self-inspection is conducted at every design and fabrication step, and third-party inspections are also accepted to ensure product reliability. We adhere to international quality standards and strict production processes to deliver consistent performance.
Professional technical engineers are available to supervise on-site installation in countries like Iraq, Dubai and South Africa, guaranteeing smooth project execution. Our global service team provides timely support to overcome regional construction challenges.
We are a direct factory, so you can get the most competitive prices for modular steel high-rise projects. Our factory-based model ensures cost efficiency and direct quality control.
We implement full-process self-inspection during design and production, and we welcome third-party inspection agencies to verify product quality. Multiple inspection links ensure compliance with project requirements.
Yes, our experienced engineers have successfully supervised installations in multiple countries across Europe, Africa and Asia. We offer tailored guidance based on local construction norms.
Our products are widely sold to Europe, Africa, the Middle East, Southeast Asia, Australia, New Zealand and South America. We have a mature global sales and service network.
Ready to accelerate your high-rise project with 50% faster build times and top-tier steel structure quality? Inquire now for a customized quote, or add HXSS-13 to your basket to start your next construction journey!
Modular Steel High-Rises developed by HXSS redefine high-rise construction standards with a 50% faster build time and superior structural performance. Backed by industry-university-research cooperation between Hangxiao Steel Structure, Zhejiang University and Tongji University, this product pioneered the rectangular CFST structure to break international technical monopolies. It solves the fire resistance problem of traditional steel structures and replaces conventional reinforced concrete construction, setting a benchmark for high-rise steel structure buildings in China. Ideal for urban vertical expansion, this product combines speed, strength and flexibility to meet the diverse needs of modern construction projects.
Specification Item | Details |
Model | HXSS-13 |
Brand | HXSS |
Core Material | Q355B steel (yield strength ≥355 MPa), S460M fire-resistant steel beams |
Seismic Performance | 9-degree rating with Buckling-Restrained Braces (BRBs) |
Prefabrication Completion Rate | 95% factory-finished components |
Dimensional Tolerance | ±2mm via automated CNC cutting |
Clear Span Capacity | Up to 18m column-free spaces |
Applicable Building Height | 50+ story skyscrapers |
The high-grade steel framework is 30%-40% lighter than concrete while supporting super high-rises. Advanced BIM modeling optimizes load distribution, cutting material usage by 15%-20% and reducing foundation costs by 25% as proven in a 45-story Shanghai tower project. This advantage balances structural stability and cost control, creating more value for developers.
95% prefabricated components slash on-site work for 30-story buildings by 6-8 months. The ±2mm tolerance eliminates rework, as seen in a Dubai hotel project that finished 80% of floors 40% ahead of schedule. Precision modularization also minimizes on-site labor costs and environmental impact during construction.
BRBs and moment-resisting frames boost energy absorption by 60% compared to concrete, meeting ASCE 7-22 standards. Real-time sensor networks monitor stress, and post-earthquake retrofit costs are 70% lower than traditional systems. This ensures long-term safety and durability in high-risk seismic zones.
18m clear spans increase rentable space by 12%-18%, and adjustable steel grids allow multiple layout reconfigurations. A Tokyo smart tower achieved 22% higher tenant retention thanks to this adaptable design, as it can cater to changing business needs and usage scenarios.
It supports 60-story towers with 1.5 floors completed per week, integrating offices, luxury apartments and sky gardens. Fire-resistant S460M beams (2,500 kN/m load capacity) ensure safety, and developers gain 15% higher ROI due to lease-ready flexibility. The product adapts to the complex functional demands of urban vertical developments.
Hospitals in seismic zones use BRB-equipped frames for 9-degree protection and ±5mm vibration control for MRI safety. A Tokyo medical center achieved 48-hour post-earthquake operational readiness, and modular ICU units with antimicrobial steel walls cut infection risks by 35%. It meets the strict safety and functionality requirements of medical facilities.
Reconfigurable MEP grids enable weekly tech upgrades, as shown by a Silicon Valley HQ that shifted 40% server capacity in 3 months. 14m clear spans support AI-driven hot-desking, boosting occupancy efficiency by 30%. The design aligns with the evolving needs of smart office environments and digital transformation.
Self-inspection is conducted at every design and fabrication step, and third-party inspections are also accepted to ensure product reliability. We adhere to international quality standards and strict production processes to deliver consistent performance.
Professional technical engineers are available to supervise on-site installation in countries like Iraq, Dubai and South Africa, guaranteeing smooth project execution. Our global service team provides timely support to overcome regional construction challenges.
We are a direct factory, so you can get the most competitive prices for modular steel high-rise projects. Our factory-based model ensures cost efficiency and direct quality control.
We implement full-process self-inspection during design and production, and we welcome third-party inspection agencies to verify product quality. Multiple inspection links ensure compliance with project requirements.
Yes, our experienced engineers have successfully supervised installations in multiple countries across Europe, Africa and Asia. We offer tailored guidance based on local construction norms.
Our products are widely sold to Europe, Africa, the Middle East, Southeast Asia, Australia, New Zealand and South America. We have a mature global sales and service network.
Ready to accelerate your high-rise project with 50% faster build times and top-tier steel structure quality? Inquire now for a customized quote, or add HXSS-13 to your basket to start your next construction journey!
