Flange Adjustable Galvanized Ground Screws Pile for Solar Mounting System

There are many advantages to the ground screw,you do not have to lug heavy loads, use heavy equipment, dig deep holes, pour messy concrete and wait for it to set. 

Ground screws have a wide variety of application, not only for solar mounting system foundation, but also for light industrial projects, wooden structures to fencing, footbridges and storage containers, etc. 

When it comes to sustainability, ground screws are ahead of the game. In comparison to concrete foundations, which first have to be separated and then disposed of at a landfill site after being dismantled, ground screws can simply be unscrewed and then completely recycled.

FAQ
Q: What is the corrosion resistance of Carbon Steel Solar ground screw?
A: The surface of Carbon Steel Solar Ground Stake is hot-dip galvanized, the thickness of galvanized layer is usually over 60-80μm, which can effectively prevent rust phenomenon and improve the corrosion resistance.

Q: Is the installation process of Carbon Steel Solar ground screw complicated?
A: The installation process of Carbon Steel Solar Stakes is efficient and convenient, some systems can be staked within 3 minutes, simplifying the installation process.

Q: What kind of environments are Carbon Steel Solar Stakes suitable for?
A: Carbon steel solar piles are suitable for a wide range of geological environments, including shallow beaches, deserts, grasslands, the Gobi, conglomerate rock formations, etc. They are highly adaptable to the environment.

Q: What are the mechanical properties of Carbon Steel Solar ground screw?
A: The design of the stanchion has gone through professional and strict mechanical calculations to ensure that it can meet the mechanical and building codes under different conditions to ensure safety and stability.

Q: Is Carbon Steel Solar ground screw environmentally friendly?
A: Yes, Carbon Steel Solar Piles do not damage the vegetation and ecological environment during installation, realizing green construction.