Custom Solar Structure Hot Dip Galvanizing Screw Pile

Custom Solar Structure Hot Dip Galvanizing Screw Pile

$10100-499 Piece/Pieces

$9500-999 Piece/Pieces

$7.5≥1000Piece/Pieces

Payment Type:	T/T
Incoterm:	FOB
Transportation:	Ocean
Port:	Shanghai,Lianyungang

Length:

1600mm
2000mm
1200mm
1800mm

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Product Description

Product Attributes

Brand: ShiJingChangTian

Application: Industrial

Material: Hot dip galvanized

Delivery Time: 7-30days

Business Type: Manufacturer/Factory

Packaging & Delivery

Selling Units	:	Piece/Pieces
Package Type	:	We will pack and ship according to customer's requirements
Picture Example	:

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Ground Screw

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Product Description

Solar Ground Screw Pile foundation Screws

The spiral ground pile is a pipe pile with spiral blades welded on the surface of the metal pipe after hot forging. Spirals and flanges are welded on the tube body, and then the entire tube body is hot-dip galvanized. Use special screw pile screwing equipment to replace the original concrete foundation and screw it into the ground, and the top is connected with the load.

Ground screw pile is a new type of basic building material, which can partially replace the traditional reinforced concrete pouring construction technology, making the building foundation more flexible and fast. It saves construction costs such as site leveling, spoil treatment, and excavation, and can be widely used in foundation construction in all walks of life.

The ground screw system is a contemporary foundation solution that utilizes drilling machinery for installation, making it one of the most efficient and cost-effective footing options available. It can be widely applied across various soil conditions. Applications of ground screws include: solar energy systems, timber-frame construction, advertising and traffic infrastructure, urban gardens and landscape development, flagpoles, among others. Advantages of screw anchors include: time savings; ease of assembly; reduced power consumption; cost efficiency; and a more environmentally friendly alternative compared to traditional concrete foundations.