Ground anchors are a vital component in geotechnical engineering, offering stability and support for a wide range of structures. They prevent horizontal movement and provide essential reinforcement for retaining walls, slopes, and other structural elements subject to lateral forces.
Applications of Ground Anchors
Slope Stabilization: Protects slopes and embankments, preventing landslides and ensuring structural safety.
Retaining Structures: Secures retaining walls, bridge abutments, and other load-bearing structures against additional movement.
Foundation Support: Enhances foundation stability in areas with low bearing capacity or challenging ground conditions.
Types of Ground Anchors
We offer a variety of ground anchors with corrosion protection systems tailored to suit different ground conditions and project needs, including:
Removable ground anchors
Load-distributive ground anchors
Temporary and permanent strand and bar anchors
Double corrosion protection systems
Why Choose Ground Anchors?
Versatility: Suitable for diverse soil and rock conditions, making them an efficient stabilization solution.
Cost-Effectiveness: Provides a durable, economical approach to stabilizing structures under lateral or uplift forces.
High Load Capacity: Delivers exceptional support for retaining structures and slopes.
Our Expertise
At Ground Anchor Systems, we specialize in the design and installation of ground anchors across New Zealand. Whether your project requires temporary or permanent solutions, our team ensures every anchor meets the highest standards for performance and safety.
Get in Touch
Ready to discuss your project? Contact us for expert advice and tailored solutions.
Address: 37 Packham Crescent, Nelson, 7011, New Zealand
Phone: 0800 47 26 79
Email: info@groundanchorsystems.co.nz
Ground anchors are used for a variety of applications in infrastructure, mining and civil engineering to stabilize natural or cut slopes and to resist uplift and over turning forces acting on structures. Ground anchors are available with a variety of corrosion protection systems which are applicable to any ground conditions, budget and level of acceptable design risk for the project.