About

CATHODIC PROTECT (CP) Materials

Safeguarding Metal Structures from Corrosion

At New Rising Star Trading, we specialize in supplying high-performance Cathodic Protection (CP) Materials that are engineered to prevent corrosion and extend the service life of metal assets. Our CP materials play a vital role in protecting critical infrastructure such as pipelines, storage tanks, offshore platforms, underground structures, and industrial facilities ensuring long-term durability and operational efficiency.
Corrosion is one of the leading causes of metal degradation, resulting in costly repairs, safety risks, and operational downtime. To combat this, our cathodic protection solutions are designed to create a controlled electrochemical environment that prevents metals from corroding. We offer a complete range of sacrificial anodes, impressed current systems, reference electrodes, cables, junction boxes, and backfill materials, all sourced from trusted manufacturers and tested for superior performance in diverse environments.
Whether it’s zinc, aluminum, or magnesium anodes, our materials provide reliable protection for buried or submerged metal structures by redirecting corrosive activity away from the main asset. Our CP systems are tailored to meet specific project requirements — from small industrial installations to large-scale oil, gas, and marine applications.
At New Rising Star Trading, we prioritize quality, reliability, and technical precision in every supply. Each CP material undergoes strict quality control and complies with international standards to ensure maximum protection, minimal maintenance, and long-term savings.
By choosing our Cathodic Protection Materials, you are investing in sustainability and structural integrity, reducing the risk of corrosion-related failures and ensuring the continued safety and performance of your valuable assets. With our expert support, prompt delivery, and commitment to excellence, we stand as a trusted partner in corrosion prevention for industries across the region.