Spiral Pile

It is mainly composed of spiral blades, steel shafts and flanges. The spiral blades are the core part and are welded onto the steel shafts. Their quantity, diameter and spacing are designed according to engineering requirements. The steel shafts are made of high-strength steel and undergo hot-dip galvanizing treatment to enhance corrosion resistance. The flanges are located at the top and are used to connect the load-bearing structure.

114mm Spiral Pile

It is mainly composed of spiral blades, steel shafts and flanges. The spiral blades are the core part and are welded onto the steel shafts. Their quantity, diameter and spacing are designed according to engineering requirements. The steel shafts are made of high-strength steel and undergo hot-dip galvanizing treatment to enhance corrosion resistance. The flanges are located at the top and are used to connect the load-bearing structure.

89mm Spiral Pile

It is mainly composed of spiral blades, steel shafts and flanges. The spiral blades are the core part and are welded onto the steel shafts. Their quantity, diameter and spacing are designed according to engineering requirements. The steel shafts are made of high-strength steel and undergo hot-dip galvanizing treatment to enhance corrosion resistance. The flanges are located at the top and are used to connect the load-bearing structure.

76mm Spiral Pile

It is mainly composed of spiral blades, steel shafts and flanges. The spiral blades are the core part and are welded onto the steel shafts. Their quantity, diameter and spacing are designed according to engineering requirements. The steel shafts are made of high-strength steel and undergo hot-dip galvanizing treatment to enhance corrosion resistance. The flanges are located at the top and are used to connect the load-bearing structure.

Q235 Zinc,Aluminum and Magnesium

The photovoltaic support structure is a structural framework that supports photovoltaic modules (solar panels). It can fix the position of the modules, adjust the installation angle, ensure that the modules efficiently receive sunlight and resist natural loads (such as wind, snow, and earthquakes), and is the core load-bearing component of the photovoltaic system.

Q355 Zinc,Aluminum and Magnesium

The photovoltaic support structure is a structural framework that supports photovoltaic modules (solar panels). It can fix the position of the modules, adjust the installation angle, ensure that the modules efficiently receive sunlight and resist natural loads (such as wind, snow, and earthquakes), and is the core load-bearing component of the photovoltaic system.

Q235 Hot-dip Galvanizing

The photovoltaic support structure is a structural framework that supports photovoltaic modules (solar panels). It can fix the position of the modules, adjust the installation angle, ensure that the modules efficiently receive sunlight and resist natural loads (such as wind, snow, and earthquakes), and is the core load-bearing component of the photovoltaic system.

Q355 Hot-dip Galvanizing

The photovoltaic support structure is a structural framework that supports photovoltaic modules (solar panels). It can fix the position of the modules, adjust the installation angle, ensure that the modules efficiently receive sunlight and resist natural loads (such as wind, snow, and earthquakes), and is the core load-bearing component of the photovoltaic system.

Canadian customer project construction site

Australian customer project construction site

Malaysia customer project construction site

American customer project construction site