Alloy 602, also known as Alloy 602 CA (N06025 / 2.4633), is a nickel-based alloy particularly suitable for use in power stations due to its exceptional properties. The following is an overview of its characteristics and applications specifically for power generation structural profiles:

High temperature intensity: Maintains mechanical integrity at high temperatures, which is critical for components operating in high-temperature environments.

Antioxidant: Excellent resistance to oxidation and scaling, which is critical for components such as superheaters and reheaters.

Corrosion Resistance: Good resistance to a variety of corrosive environments, including those found in fossil fuel and nuclear power plants.

Weldability: It can be easily welded using standard welding techniques, allowing the construction of complex structural components.

Dimensional stability: Exhibits excellent dimensional stability during thermal cycling, ensuring reliability under fluctuating temperature conditions.

Boiler components: Structural profiles for boiler supports, headers and pipes where high temperature performance is critical.

Superheater and reheater: Ideal for superheater and reheater tubes where high strength and oxidation resistance are required at high temperatures.

Heat exchanger: Used in heat exchangers that require high temperature resistance and corrosion resistance.

Plumbing: Suitable for pipeline systems transporting steam and other fluids under high temperature and high pressure.

Support Structure: Used in various support structures within power plants to provide necessary strength and durability.

Nuclear power applications: Suitable for nuclear reactors and related systems requiring material performance under extreme conditions.

Peak Kong Special Steel Co., Limited. provides structural profiles such as I-beams, H-beams, channel steels, angle steels, square tubes, flat tubes, and round tubes.
Alloy 602 structural profiles are advantageous in power station applications due to their unique properties, including high temperature strength, oxidation resistance and weldability. These properties make them suitable for use as critical components in fossil fuel and nuclear power generation.