Recently, Xiangtan Steel successfully developed a high-end nickel-based alloy composite plate and delivered it to the customer, marking a new milestone in the company's high-end composite plate manufacturing capabilities.
Nickel-based alloy composite plates possess excellent corrosion resistance and high-temperature resistance, making them a core material for high-sulfur oil and gas plants, nuclear power facilities, and marine engineering. Xiangtan Steel overcame production process challenges and achieved a close composite of carbon steel and nickel-based alloys. All product testing indicators reached excellent levels, fully meeting the manufacturing needs of high-grade acid-resistant pipelines and pressure vessels.
In recent years, Xiangtan Steel has increased its R&D efforts in high-end composite plates and has successively launched high-end products such as nuclear power composite plates, hydrogen storage composite plates, and wear-resistant composite plates, which have been widely used in key domestic and foreign projects such as Laiyang Nuclear Power Plant, rock cave hydrogen storage, and metallurgical and chemical desulfurization towers.