A high-strength, hot-dip galvanized steel helix anchor designed for deep soil penetration and exceptional holding capacity in utility pole guying systems. Its helical design provides superior tensile resistance and stability, making it ideal for securing poles and towers in various soil conditions without the need for concrete.
The Jiujin Helix Ground Anchor is a precision-engineered foundation solution crafted from high-grade steel and finished with a robust hot-dip galvanized coating to ensure maximum corrosion resistance and longevity. Its unique helical plate design allows for easy installation with minimal soil disturbance while providing immense holding power against uplift and lateral forces. Manufactured directly in our Hebei facility, this anchor is built to withstand the harshest environmental conditions, offering a reliable, cost-effective, and maintenance-free alternative to concrete foundations for utility pole guying and tower anchoring applications.
Tabelle der Sorten und Typen
| Merkmal/Typ | Verfügbare Spezifikationen und Optionen von Jiujin Electric Power |
|---|---|
| Modell/Typ | HA-15, HA-20, HA-25 (Denotes shaft diameter in mm) |
| Material | Hochfester Kohlenstoffstahl (Q235B/Q345B) |
| Standard | Meets ASTM A153, IEC 61284, and relevant GB standards |
| Beschichtung/Finish | Feuerverzinkt (Standardschichtdicke: ≥85µm) |
| Größe / Abmessungen | Various shaft lengths (1m-3m) and helix diameters (100mm-300mm) |
| Tragfähigkeit | 20 kN, 50 kN, 100 kN (varies by model and soil conditions) |
| Verpackung | Bundled in steel-strapped packs or wooden crates |
Verwendungszwecke
Utility Pole Guying: Primary application for anchoring guy wires supporting utility poles in electrical distribution networks
Tower Foundations: Providing stability for telecommunication and transmission towers
Slope Stabilization: Erosion control and soil retention applications
Retaining Wall Tiebacks: Anchoring systems for civil engineering projects
Montage von Solarmodulen: Ground anchoring for solar farm installations





