Application of Corrosion-Resistant Magnetic Wheels in Marine Engineering

The marine engineering environment is characterized by high salt spray and strong corrosion, which puts extremely high demands on the durability of equipment components. Corrosion-resistant magnetic wheels show significant advantages in such scenarios. In fields such as offshore wind power and oil drilling platforms, the reliability of magnetic wheels is directly related to the operational safety and maintenance costs of equipment.

Our marine-specific magnetic wheels adopt a 316 stainless steel shell with a special anti-corrosion coating, which can resist long-term erosion in salt spray environments. After 5000 hours of salt spray testing, there is no obvious rust on the surface, and the magnetic attenuation rate is only 2%, which is much lower than the industry average. This excellent corrosion resistance ensures that the magnetic wheels can work stably for a long time in the marine environment.

In terms of adsorption performance, for the steel structure surfaces of offshore platforms, the magnetic circuit design of the magnetic wheel optimizes the magnetic field distribution, which can maintain stable adsorption force even on wet surfaces, ensuring that the detection robot can successfully complete the detection operations of offshore wind turbine towers and drilling platforms. The magnetic circuit is simulated and optimized by finite element analysis software, making the magnetic force distribution more uniform and avoiding the unstable adsorption caused by local excessive or weak magnetic fields.

Whether it is shallow sea operations or deep-sea platforms, our corrosion-resistant magnetic wheels can provide reliable magnetic support. The customized sealing design can also prevent seawater from seeping into the interior, prolonging the service life and reducing maintenance costs. In addition, the special treatment process on the surface of the wheel body enhances the impact resistance, which can withstand the impact of sea waves and collisions during equipment handling, further improving the reliability of the product.