Substation Galvanized Steel Structures & Equipment Supports:

 Substation Galvanized Steel Structures & Equipment Supports

Professional Framework for Power Distribution Infrastructure

We specialize in manufacturing high-quality galvanized steel structures for electrical substations, providing robust support and reliable performance for critical power distribution equipment.

Power structure is a key load-bearing component in power transmission 

and transformation systems, mainly applied in substations,   

 converter stations and distribution stations. It is designed to support electrical

 equipment (transformers, circuit breakers), conductors and insulators, ensuring 

the safe and stable operation of the power grid. The product adopts 

high-quality structural steel and advanced manufacturing processes,

 with excellent mechanical properties, corrosion resistance and long service life.

Application Scope

Voltage grades: Low voltage (≤1kV) to ultra-high voltage (1000kV)

Application scenarios: Substations, converter stations, new energy 

supporting power facilities, industrial park power supply systems

Environmental adaptation: Plains, mountains, coastal areas,

 high-humidity and industrial corrosion environments

Quality Assurance

All structures undergo rigorous quality control from material 

selection to final inspection. Our manufacturing process ensures

 dimensional accuracy and consistent galvanizing quality for 

reliable performance in demanding substation environments.

      Main advantages 

  Customized design meets the requirements of different terrains

  The anti-corrosion life of hot-dip galvanizing is ≥30 years

  The high-strength structure can withstand typhoons of up to level 12

  The modular design simplifies installation

   The full life cycle cost is low

Material Testing  
Tensile Test: The material exhibits a yield strength of no less than 345 MPa, tensile strength of no less than 490 MPa, and elongation of at least 21%.  
Bending Test: No cracks are observed after bending to 180°.  
Galvanizing Quality Tests  
Thickness Measurement: A magnetic thickness gauge is used to perform multi-point measurements, ensuring compliance with applicable standards.  
Adhesion Test: The cross-cut method is employed; the zinc coating shows no peeling or detachment.  
Structural Tests  
Static Load Test: No permanent deformation occurs under a load of 1.2 times the design load.  
Dynamic Load Test: The structure maintains stability under a dynamic load of 1.5 times the design load.

• Power Substations (35kV to 500kV)

• Transformer Support Structures

• Circuit Breaker Mounting Frames

• Switchgear Support Systems

• Control Building Structures

• Cable Management Systems