Edge Lift Anchor

A built in anti-shear foot that eliminates the need for separate shear reinforcement. Suitable for thin panels and low strength concrete lifts.

Description and Components:

1. Design:
   • An edge lift anchor is specifically designed to be embedded into the edge or side of a precast concrete element.
   • It typically consists of a sturdy metal component, often made from stainless steel or galvanized steel, to ensure durability and corrosion resistance.
2. Components:
   • Anchor Body: The main body of the anchor, which is embedded into the concrete.
   • Lifting Eye or Attachment Point: A reinforced lifting eye or attachment point that protrudes from the concrete surface for connecting lifting equipment (such as slings or chains).
   • Embedment Legs: These legs or tabs are embedded within the concrete to securely anchor the device.

Functionality:

1. Installation:
   • The edge lift anchor is embedded into the precast concrete element during its manufacturing process.
   • The embedment legs ensure that the anchor is securely fixed within the concrete, providing a stable attachment point.
2. Lifting and Handling:
   • Once the concrete element is cured and ready for installation, lifting slings or chains are attached to the lifting eye or attachment point of the edge lift anchor.
   • This allows for controlled lifting and handling of the precast concrete element, ensuring safe and efficient placement.

Applications:

1. Precast Concrete Industry:
   • Used extensively in the precast concrete industry for handling and installing various components such as panels, beams, columns, and slabs.
   • Enables the safe transportation and placement of heavy precast concrete elements during construction projects.
2. Construction and Infrastructure Projects:
   • Deployed in construction sites and infrastructure projects where prefabricated concrete elements need to be lifted and positioned with precision.
   • Commonly used in building construction, bridges, tunnels, and other civil engineering structures.

Advantages:

1. Safety:
   • Provides a secure lifting point that minimizes the risk of slippage or detachment during lifting operations.
   • Enhances safety for workers involved in handling heavy concrete elements.
2. Efficiency:
   • Streamlines construction processes by facilitating faster and more controlled installation of precast concrete elements.
   • Reduces labor costs and construction time compared to traditional on-site casting methods.
3. Versatility:
   • Suitable for a variety of precast concrete shapes and sizes, offering flexibility in construction applications.