Products

Our sacrificial anodes have been a reliable, cost-effective solution for galvanic protection for decades, especially in harsh environments like the ocean. Made from reactive metals such as zinc, aluminum, or magnesium, these anodes corrode in place of the structure they protect, offering simple, low-maintenance corrosion prevention. They require minimal upkeep, with no need for complex setups or external power sources. Proven reliable since the 19th century, sacrificial anodes safeguard assets with minimal risk of failure or costly repairs. They adapt to changing environmental conditions and provide long-term protection. To ensure optimal performance, sacrificial anodes must be manufactured according to precise specifications and undergo rigorous testing to meet the high industry standards for reliable, efficient and long-lasting protection.

Each year, around 3-4% of the world’s total GDP is lost to corrosion – that’s a significant amount of money. We offer innovative, tailored high-quality solutions – produced according to recognized international standards – that protect maritime assets from corrosion in an easy, reliable, effective, and sustainable way, helping you preserve the value of your investment.

Our offices in England, Denmark and France, employs a skilled and experienced team of engineers and technicians who can solve or assist in solving your corrosion problems.

Allow us to help you protect your investment. Contact us today or explore our products and their applications below.

Harbour

Safeguard harbour foundations by diverting galvanic corrosion from steel sheet piles to our high-quality sacrificial anodes

Vessels

Sacrificial anodes, crafted from reactive metals like zinc, magnesium, or aluminium, are crucial for preventing corrosion

Offshore

Sacrificial anodes, made from highly reactive metals such as zinc, magnesium, or aluminium, play a vital

Retrofit

Sacrificial anodes, crafted from reactive metals like zinc, magnesium, or aluminium, are crucial for preventing corrosion

Industry

Sacrificial anodes, made from highly reactive metals such as zinc, magnesium, or aluminium, play a vital

Naval

Sacrificial anodes, crafted from highly reactive metals such as zinc, magnesium, or aluminium, are crucial in