Why Electro Permanent Magnets Are Better Than Wire Rope Slings

Wire rope slings are commonly used as lifting devices. They are designed to safely lift and support heavy loads during various lifting operations.  Wire rope slings are often preferred in lifting applications because they offer high strength, durability, and flexibility. However, electro permanent magnets sometiems perform better, especially while lifting steel tubes and pipes.

Danger You Might Ignore About Wire Rope Slings

Load instability: Steel tubes and pipes have a tendency to roll or shift during lifting due to their cylindrical shape. This can lead to load instability, causing the load to wobble or even hang out of the sling. If not properly controlled, this can result in the load slipping or falling, causing serious injury to workers and damaging property.

Potential for kinking: If wire rope slings are not properly handled, coiled, or stored, they can develop kinks, which refers to a condition where the wire strands separate and splay out. These deformations weaken the sling, reducing its strength and potentially leading to failure during lifting operations.

Potential for damage to load surfaces: Wire rope slings, especially those with rough or corroded strands, have the potential to damage the surfaces of the load being lifted. This is particularly critical for delicate or finished materials that require additional protection during handling and transport.

Why Electro Permanent Magnets are Better

Enhanced safety: Electro permanent magnets provide a secure and reliable lifting solution. Once the magnet is energized, it generates a strong and stable magnetic field, effectively gripping the load. Unlike traditional lifting methods, electro permanent magnets do not rely on physical connections like slings or hooks that can potentially fail or disengage during lifting. This enhances the safety of lifting operations and minimizes the risk of accidents or dropped loads.

Versatility in load shapes and sizes: Electro permanent magnets can be designed and customized to accommodate a wide range of load sizes, shapes, and surface conditions. The magnetic field can be adjusted according to the specific lifting requirements, allowing for precise and controlled lifting of different types of loads, including irregularly shaped or contoured objects.

Reduced damage to load surfaces: Electro permanent magnets offer a non-contact lifting method, which means there is minimal direct contact between the lifting device and the load. This reduces the risk of damage to delicate or finished surfaces, such as painted or polished materials. electro permanent magnets can be particularly advantageous in industries like automotive or aerospace, where surface quality is critical.

Conclusion

Electro permanent magnets are good choice for lifting device. They are equipped with remote control and monitoring systems, allowing operators to control and monitor the lifting process from a safe distance. This feature enhances operator safety, especially in hazardous or challenging lifting environments.

For more information or to buy electro permanent magnetic device at a favorable price, please contact HVR MAG.