Ashman Round Posts (1 Pack), Outdoor No Dig Ground Anchor with Helical Spiral, 21" Long - Fits Flag Pole Base Ground Mount Screw

Ashman Ground screws round, ground anchors or screw piles, are innovative and versatile foundation solutions used for various construction and installation purposes. It is a metal shaft with a helical spiral or screw at the lower end. These screws is driven into the ground, much like you would screw a regular screw into wood, to provide a stable and secure foundation for a wide range of applications

• Material: Ashman Ground screws is made from high-quality steel, which provides the strength and durability required for their intended purpose. The steel is often galvanized to protect it from rust and corrosion, ensuring a long service life.
• Helical Plate: At the lower end of the ground screw, there is a helical plate or spiral-shaped disc. This plate is responsible for anchoring the screw firmly into the ground. The shape of the plate allows for efficient penetration into various soil types, including sand, clay, and loam.
• Round Post: Ashman Ground screws feature a round post or shaft, which extends above the ground once the screw is fully installed. It serves as a stable and level platform for attaching various structures or equipment. Maintenance: Ground screw round posts generally require minimal maintenance, thanks to their galvanized steel construction, which provides corrosion resistance.
• Installation: Ashman Ground screw is installed using specialized machinery, such as hydraulic pile drivers, which twist the screw into the ground. The helical plate's design minimizes soil displacement and disruption during installation, making them an environmentally friendly foundation solution.
• Applications: Ground screw round posts are versatile and can be used in a wide range of applications, including: Solar Panel Installation, Signage and Outdoor Lighting, Playground Equipment, Temporary Structures for events and construction sites, Bearing Capacity: They are engineered to support substantial vertical and lateral loads.