Casting Steel Anode Yoke Heat Resistance For Electrolytic Aluminum Production

Lost Foam Casting Anode Steel Claws Used In Reduction Cell For Aluminum Smelter Plant

Introduction of Casting Steel Claws for Electrolytic Aluminum

Casting steel claws used in electrolytic aluminum production are crucial components that play a significant role in the handling and processing of aluminum within the electrolytic process.

Material Characteristics

• The steel used for these claws is often a special alloy steel with high strength and excellent heat resistance. This is because during the electrolytic aluminum process, the environment can be harsh with high temperatures. The alloy steel usually contains elements such as chromium and nickel. Chromium can enhance the corrosion resistance of the steel, protecting the claws from the corrosive effects of the chemicals present in the electrolytic cell environment. Nickel improves the high - temperature stability of the steel, ensuring that the claws can maintain their mechanical properties under elevated temperature conditions.
• The microstructure of the steel is carefully controlled during the manufacturing process. Through proper heat treatment and alloying, a fine - grained structure is achieved, which further enhances the strength and toughness of the casting steel claws. This allows them to withstand the heavy loads and mechanical stresses during the operation of handling aluminum products.

Casting Anode Steel Claws

Production standards

Material standard: AS2074 C2.ASTM A 216 WCA ,GB11352

Welding standards:

Specification: BS EN ISO 15609-1, BS EN ISO 15614-1, BS EN ISO 15614-2

Qualification of welder: BS EN 287-1 , BS EN ISO 9606-2

AS 2074‐2003 Grade C2

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Casting Steel Anode Yoke Heat Resistance For Electrolytic Aluminum Production Images