Underwater Coating Experiment: Cutting-Edge Anti-Corrosion Technology for Marine Environments In the field of marine engineering, structures such as steel pipe piles are constantly challenged by seawater corrosion. Today, through a simulated experiment, we will demonstrate the outstanding protective performance of solvent-free graphene coating in an underwater environment.

Step 1: Experiment Preparation

🔹 Simulated Structure:

We have selected a rusted steel plate to represent steel pipe piles used in offshore wind and solar projects. These structures, which remain submerged in seawater for long periods, are highly susceptible to corrosion.

🔹 Simulated Environment:

A simple water basin will serve as our miniature "marine world," recreating the corrosive conditions that marine structures endure.

🔹 Core Material:

A small bucket of solvent-free graphene coating, the star of our experiment. It will undergo an underwater application test to showcase its exceptional protective capabilities.

Step 2: Experiment Execution

Now comes the moment of truth! We will apply the solvent-free graphene coating directly onto the rusted steel plate in our simulated underwater environment. Can it overcome the challenges of underwater coating, adhere successfully, and form an effective protective layer? Let’s find out!

Step 3: Experiment Results

After a period of waiting, we lift the steel plate from the water. Look! The once rusted surface is now covered with a uniform and durable graphene coating. This not only proves the excellent underwater adhesion of solvent-free graphene coating but also highlights its tremendous potential for real-world marine engineering applications.

Solvent-free graphene coating—bringing new solutions to marine engineering protection!