In many working conditions, the Steelstructure factory need to lift thin and large steel plates. Such as: building construction,shipbuilding,automobile manufacture,Wind turbine,Light steel structure,Metal processing industry,Steel Plates Handling etc.Visti for more.
But lifting thin and large steel plates is always a challenge. So why is that?
1.First, due to their thin thickness, these steel plates are more prone to deformation. During the lifting process, the slightest imbalance in force can cause bending or warping, which may affect the quality and usability of the steel plates.
2.Second, their large area makes it challenging to find the right lifting points. Ensuring even force distribution across the entire plate is crucial to prevent damage, but it can be difficult to determine the optimal lifting positions.
3.Third, thin and large-area steel plates are often more susceptible to wind and air currents, which can cause instability during lifting and increase the risk of accidents.
But the traditional lifting method has drawbacks when handling thin, large steel plates:
- Unstable gripping: Hooks or slings may not grip firmly. The steel plate can slide or fall during lifting, raising safety risks.
- Damage to steel plates: The lifting force can concentrate in a small area. This may cause local tearing or damage, harming the steel plate’s overall quality.
- Low efficiency: Multiple adjustments and inspections are needed, making the process slow.
- High labor costs: More operators are required to work together. This raises labor costs and makes management more difficult.
So, in practical operations, choose carefully. Consider more advanced lifting tech and equipment to boost safety and efficiency.
Electro – Permanent – Lifting – Magnet for Steelstructure could be the solution!
- Stable, even lifting force: It generates a strong, uniform magnetic field. This ensures stable and even lifting of steel plates, minimizing deformation and damage from uneven forces.
- High efficiency and productivity: It attaches to and releases steel plates quickly. This cuts down lifting time, increasing work efficiency, especially in high – volume production.
- Safe and reliable: Its strong magnetic force grips the steel plate firmly. This reduces the risk of slippage and dropping during lifting and transport.
