Steel Platform
Steel Platform
Core Advantages：
- Optimized Space Utilization
·Vertical space utilization exceeds 70%, increasing storage capacity per unit area by 2-3 times;
·Supports integration with beam racking and cantilever racking to form a composite warehousing
system.
- Construction Cost Control
·Construction period is 30%-50% shorter than that of new factories, with material utilization rate ≥95%;
·Cold-rolled steel plates have a lifespan of ≥25 years, and maintenance costs are lower than those of
concrete structures.
- Functional Expandability
·Can integrate lighting, fire protection, and ventilation systems, supporting mixed layouts of office and
storage areas;
·Floor openings are designed to accommodate pipeline installation and equipment mounting.
Core Advantages：
- Optimized Space Utilization
·Vertical space utilization exceeds 70%, increasing storage capacity per unit area by 2-3 times;
·Supports integration with beam racking and cantilever racking to form a composite warehousing
system.
- Construction Cost Control
·Construction period is 30%-50% shorter than that of new factories, with material utilization rate ≥95%;
·Cold-rolled steel plates have a lifespan of ≥25 years, and maintenance costs are lower than those of
concrete structures.
- Functional Expandability
·Can integrate lighting, fire protection, and ventilation systems, supporting mixed layouts of office and
storage areas;
·Floor openings are designed to accommodate pipeline installation and equipment mounting.
Steel platforms are multi-level work platform systems primarily made of steel, featuring fully assembled using lightweight steel flooring. The flooring is locked to the floor beams by fastening devices, resulting in a flat surface, strong integrity, high and uniform load-bearing capacity, low cost, and fast construction. According to the actual site conditions and requirements, it can be flexibly designed into two-story, multi-story, or utilize all available areas within a building, making it an ideal solution for maximizing the utilization of building height.
Steel platforms are multi-level work platform systems primarily made of steel, featuring fully assembled using lightweight steel flooring. The flooring is locked to the floor beams by fastening devices, resulting in a flat surface, strong integrity, high and uniform load-bearing capacity, low cost, and fast construction. According to the actual site conditions and requirements, it can be flexibly designed into two-story, multi-story, or utilize all available areas within a building, making it an ideal solution for maximizing the utilization of building height.
Core features:
- Modular Design:
Utilizing H-beams, square steel, or round steel as the supporting structure, the main beams and
secondary beams are fixed using locking mechanisms, supporting rapid disassembly, assembly, and
layout adjustments.
- High Load Capacity:
The standard load-bearing range is 300-1000 kg/m², with specially designed platforms capable of
reaching up to 3000 kg/m², making them suitable for storing heavy equipment and handling large
materials.
- Safety Configurations:
Standard configurations include 1.0-meter-high guardrails, anti-slip decking (corrugated steel plates or
steel grating), and safety stairs with a maximum inclination of ≤45°.
Core features:
- Modular Design:
Utilizing H-beams, square steel, or round steel as the supporting structure, the main beams and
secondary beams are fixed using locking mechanisms, supporting rapid disassembly, assembly, and
layout adjustments.
- High Load Capacity:
The standard load-bearing range is 300-1000 kg/m², with specially designed platforms capable of
reaching up to 3000 kg/m², making them suitable for storing heavy equipment and handling large
materials.
- Safety Configurations:
Standard configurations include 1.0-meter-high guardrails, anti-slip decking (corrugated steel plates or
steel grating), and safety stairs with a maximum inclination of ≤45°.
Application Scenarios:
Steel platforms are mainly used in scenarios such as industrial warehousing, production support, and space expansion.
Application Scenarios:
Steel platforms are mainly used in scenarios such as industrial warehousing, production support, and space expansion.