Cathodic protection with magnesium is positioned as an effective solution to prevent corrosion in critical infrastructure. Within the framework of the AMPP Annual Conference + Expo 2026, Nes Abdul-Rahman, Vice President of Sales & Marketing at MAG Specialties, explains its application and value in the industry.
The AMPP Annual Conference + Expo 2026 has brought together key companies in the sector to analyze advances in anti-corrosion materials and technologies. In this environment, MAG Specialties has presented its magnesium-based approach, a material widely used in cathodic protection.
The company, with more than 75 years of history and roots in Dow Magnesium and Timinko, has solid experience in developing solutions for aggressive environments. Likewise, its global presence and technical capabilities position it as a relevant player in industries such as energy, defense, and electronics.
On the other hand, cathodic protection is based on a simple principle: protecting metal structures by using a material that corrodes preferentially. In this case, magnesium acts as a sacrificial anode, preventing the deterioration of elements such as pipelines or buried structures.
As Nes Abdul-Rahman explains, the main objective is not the lightness of the material, but its ability to offer effective protection against corrosion. Magnesium stands out in this field due to its high electrochemical potential, making it a reliable option for various industrial environments.
Thus, its use extends to applications where structural integrity is critical and where corrosion can generate high operating costs and technical risks.
In this sense, the choice of the type of magnesium depends on multiple variables; among them, the resistivity of the electrolyte stands out as a determining factor in the performance of the cathodic protection system.
As the interviewee points out, there are high-potential and standard-potential options. The former allow for the protection of structures at a greater distance, while the latter are adapted to more general applications.
Consequently, proper selection requires a detailed technical analysis of the environment and the specific needs of the client. This approach allows for performance optimization and ensures the durability of the protected infrastructure.
Furthermore, one of the differentiating elements of MAG Specialties is its extrusion capability. This technology allows for the manufacture of specific shapes adapted to different industrial applications.
The company has developed thousands of geometries and multiple alloys, which facilitates the customization of solutions. Likewise, it offers options such as anodes manufactured by casting or extrusion, depending on the project requirements.
This level of flexibility improves both manufacturing and the final performance of the product. Additionally, it allows for a response to specific needs in sectors where operating conditions are particularly demanding.
Regarding its market positioning, MAG Specialties stands out for the accumulated knowledge of its team. Many of its professionals have decades of experience in the magnesium and cathodic protection industry.
Nes Abdul-Rahman himself has nearly 28 years of experience, which reinforces the company's ability to offer technical advice and solutions tailored to each client.
Likewise, this experience translates into solid market relationships and a deep understanding of the challenges industries face regarding corrosion.
Finally, the company continues to expand its capabilities in alloy development and prototyping. Its approach covers everything from the conceptual phase to full-scale production, allowing it to accompany its clients throughout the entire product cycle.
In a context where infrastructure durability is increasingly relevant, cathodic protection with magnesium maintains its role as a reliable and adaptable technical solution. MAG Specialties thus consolidates its presence in a sector where experience and technical precision make the difference.
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Source: Inspenet.
