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More contactsGround Anchor (Ground Bolt) Applications
Ground anchors (also called earth anchors, ground bolts, or tiebacks) are geotechnical engineering components designed to transfer tensile loads from structures to stable soil/rock layers. They are widely used in civil engineering, construction, and infrastructure projects to provide lateral/vertical stability. Below is a detailed, industry-focused overview of their applications, including technical scenarios, typical use cases, and key considerations—tailored for your business in construction materials (e.g., metal/steel anchors, geosynthetic accessories) and international project collaborations.
Ground anchors work by:
Drilling a borehole into soil/rock.
Inserting a tensile element (steel bar, strand, or fiber-reinforced polymer).
Grouting the borehole to bond the anchor to the stable ground.
Tensioning and locking the anchor to resist structural movements (e.g., sliding, overturning).
Key Materials: High-strength steel (common for industrial projects), stainless steel (corrosion-resistant environments), or FRP (fiber-reinforced polymer, lightweight/non-corrosive).
Major Application Fields & Use Cases:
Natural slopes, cut slopes (highways/railways), or embankments at risk of landslides.
Retaining walls (cantilever, sheet pile, or diaphragm walls) for deep excavations or urban construction.
Typical Projects: Highway/railway slope reinforcement: Anchors prevent soil erosion and slope failure in mountainous areas. For example, the Himalayan
Material Requirements:
Steel anchors: Grade 460/500 MPa high-strength rebar or PC steel strand (15.2mm diameter, 7-wire structure).
Corrosion protection: Hot-dip galvanizing, epoxy coating, or double-corrosion protection (galvanizing + grouting) for wet/coastal environments.
Technical Standards:
EN 1537 (European): Design, installation, and testing of ground anchors.
ACI 318 (American): Reinforced concrete design with ground anchor provisions.
GB 50007 (Chinese): Code for design of building foundations (anchor design specifications).
Specification
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Anchor, No Wrench, 10in x 66in Tripleye
Torque Rating 2300 ft-lbs |
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Anchor Helix Diameter(s)
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10 in
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Dimensions
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66.000 in x 10.000 in x 10.000 in
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Height
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10 in
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Length
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66 in
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Rod Diameter
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1.25 in
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Weight
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30.38 lb
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Width
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10 in
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Anchor, No Wrench, 10in x 96in Tripleye
Torque Rating 2300 ft-lbs |
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Anchor Helix Diameter(s)
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10 in
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Dimensions
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96.000 in x 14.000 in x 14.000 in
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Height
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14 in
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Length
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96 in
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Rod Diameter
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1.25 in
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Weight
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42.14 lb
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Width
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14 in
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Anchor, No Wrench, 14in x 96in Tripleye
Torque Rating 2300 ft-lbs |
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Anchor Helix Diameter(s)
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14 in
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Dimensions
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96.000 in x 14.000 in x 14.000 in
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Height
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14 in
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Length
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96 in
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Rod Diameter
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1.25 in
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Weight
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54.635 lb
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Width
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14 in
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Anchor, No Wrench, 15in x 96in Tripleye
Torque Rating 2300 ft-lbs |
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Anchor Helix Diameter(s)
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15 in
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Dimensions
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96.000 in x 15.000 in x 15.000 in
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Height
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15 in
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Length
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96 in
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Rod Diameter
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1.25 in
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Weight
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43 lb
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Width
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15 in
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Anchor, No Wrench, 6in x 66in Thimbleye
Torque Rating 400 ft-lbs |
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Anchor Helix Diameter(s)
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6 in
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Dimensions
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66.000 in x 6.000 in x 6.000 in
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Height
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6 in
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Length
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66 in
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Rod Diameter
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0.75 in
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Weight
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10 lb
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Width
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6 in
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Anchor, No Wrench, 8in x 66in Thimbleye
Torque Rating 400 ft-lbs |
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Anchor Helix Diameter(s)
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8 in
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Dimensions
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66.000 in x 8.000 in x 8.000 in
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Height
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8 in
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Length
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66 in
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Rod Diameter
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1 in
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Weight
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19 lb
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Width
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8 in
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Anchor, No Wrench, 8in x 66in Tripleye
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Torque Rating 1000 ft-lbs ;Anchor Helix Diameter(s) 8 in;Dimensions 66.000 in x 8.000 in x 8.000 in;Height 8 in;Length 66 in;Rod Diameter 1 in;Weight 21.031 lb;Width 8 in
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