How does the 1.3T spherical head magnetic former compare to other lifting anchors？

2025-02-17

The 1.3T Spherical Head Magnetic Former is a specific type of lifting anchor used in the precast concrete industry, and it has distinct features that set it apart from other traditional lifting anchors. Here’s a comparison based on various factors:

Comparison of 1.3T Spherical Head Magnetic Former with Other Lifting Anchors

Feature	1.3T Spherical Head Magnetic Former	Traditional Lifting Anchors
Lifting Capacity	1.3 - 10 tons	Varies (commonly from 1T to over 20T)
Design	Spherical head with magnetic attachment	Various shapes (e.g., pin, cone, footed)
Installation Method	Magnetic attachment for easy placement and removal	Mechanical fastening or embedding in concrete
Ease of Use	Quick setup and demoulding	May require tools for installation and removal
Load Distribution	Efficient load distribution due to spherical design	Load distribution varies; some may concentrate stress at certain points
Safety Factor	Generally designed for high safety, but specifics depend on application	Typically designed with safety factors of 3:1 to 4:1
Material Composition	Often made from galvanized steel or similar materials	Usually forged steel or stainless steel
Versatility	Primarily for precast concrete applications	Can be used in a variety of lifting applications, including heavy loads

Magnetic Former -Solid steel Type.jpg

Key Differences

- Installation and Removal: The magnetic former allows for rapid placement and removal due to its magnetic feature, which is particularly advantageous in high-volume precast operations. In contrast, traditional anchors often require more time-consuming mechanical methods for installation.

- Load Handling and Safety: While the magnetic former is effective for its designated load capacity, traditional lifting anchors can handle a wider range of loads, often exceeding the capacity of the magnetic former. They are also designed with specific safety factors that ensure reliability under dynamic lifting conditions.

- Design Efficiency: The spherical head design of the magnetic former allows for rotational symmetry, meaning it does not require precise orientation during installation. This contrasts with some traditional anchors that may need careful positioning to distribute loads effectively.

- Material Strength and Durability: Traditional lifting anchors are typically made from high-strength materials designed to withstand significant loads and stresses over time, making them suitable for heavy-duty applications beyond precast concrete.

In summary, while the 1.3T Spherical Head Magnetic Former excels in ease of use and efficiency for precast concrete handling, traditional lifting anchors offer greater versatility, higher load capacities, and robustness suitable for a broader range of construction applications.