Method for heat treatment of casting component made of aluminum silicon alloy, used in travel carriage of motor vehicle, involves quenching components of solution and annealing solution at specific temperature for predetermined time

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This patent describes a specific heat treatment method for aluminum-silicon alloy casting components, particularly those used in the travel carriage of motor vehicles. The process involves controlled quenching and annealing at defined temperatures and times to enhance the component's properties.

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• Manufacturing of automotive parts, especially in the travel carriage or chassis components
• Production of durable aluminum-silicon alloy parts in the transportation industry
• Improving mechanical properties of cast alloy components in industrial machinery
• Mass production foundries seeking consistent alloy quality

BenefitsContent extracted from patent full text and abstract with AI.

• Improved mechanical strength and durability of aluminum-silicon cast parts
• Enhanced consistency and reliability in manufactured components
• Potential for reduced manufacturing defects due to precise heat treatment parameters
• Faster and more efficient production through optimized process timings

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Patent Abstract

The method involves quenching and storing components of a solution. The annealing of the solution is performed (14) at a temperature of 460-530[deg] C for time duration 2-30 minutes. The external storage of the solution is performed (16) at a temperature of 230-320[deg] C for time duration of 2-65 minutes. An independent claim is included for casting component.