Concrete Double Head Anchor Spherical Head Eye Anchor Lifting Anchor

This lifting anchor is designed for concrete component handling, integrating three practical structural features. Its double head design boosts bonding stability with concrete to reduce pull-out risks during lifting. The spherical head allows flexible adjustment of lifting angles, adapting to different on-site hoisting directions. The eye structure provides a secure connection point for slings, hooks, and other lifting tools. It works with both precast and cast-in-place concrete components.

Applications:

1. Lifting precast concrete slabs during residential or commercial building floor installation
2. Hoisting cast-in-place concrete beams for industrial workshop construction
3. Handling precast concrete walls in high-rise building assembly
4. Lifting small concrete columns for road or bridge auxiliary structure projects
5. Positioning concrete decorative panels in architectural landscaping construction

Q & A

1. Q: What makes the "double head" design useful for concrete lifting?
   A: The double head expands the contact area with concrete, improving bonding tightness and reducing the risk of the anchor pulling out during lifting.

2. Q: Why is the "spherical head" a key feature of this anchor?
   A: The spherical head allows the anchor to adjust lifting angles (0°–45°) flexibly, adapting to different on-site hoisting directions without extra stress on the anchor or concrete.

3. Q: How does the "eye structure" support lifting operations?
   A: The eye structure acts as a stable connection point for lifting tools like slings or hooks, ensuring a secure fit to avoid slipping during component hoisting.

4. Q: Can this anchor be used for both precast and cast-in-place concrete?
   A: Yes, it works for both types, but the concrete must reach at least 70% of its designed strength (≥ C30) before the anchor is put into use.

5. Q: What factors affect the load capacity of this lifting anchor?
   A: Its load capacity (8kN–60kN) depends on three main factors: the anchor’s shank diameter, material grade (e.g., carbon steel vs. stainless steel), and the strength of the concrete it’s embedded in.