Aluminum alloy ingots

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Aluminum alloy ingots Specification

Technique
Die casting/Gravity casting

Surface Treatment
Clean, smooth, free from impurities, sand and moisture

Temper
As Cast

Product Type
Aluminum Alloy Ingots

Grade
ADC12, LM6, LM24, A356, or as per customer requirement

Shape
Rectangular or trapezoidal ingot

Application
Automobile parts, die casting, machinery, electrical components, construction, general engineering

Dimension (L*W*H)
Approx. 57 cm x 11 cm x 8 cm

Color
Silvery Grey

Bundle Packing
Strapped using steel bands, stacked on pallets

Supply Ability
Up to 1000 metric tons/month

Casting Standard
ISO, JIS, ASTM, or as specified

Melting Point
Approx. 660°C (varies with alloy composition)

Moisture Content
Less than 0.02%

Purity
Greater than 85% Al (custom grades available)

MOQ
Varies (typically 1 metric ton)

About Aluminum alloy ingots

With rich industry experience and knowledge, we are involved in offering our clients an excellent array of Aluminum alloy ingots. The offered alloy ingots are widely used in petroleum, oil, chemical and automobile industries for various applications. Further, our offered alloy ingots are directly sourced from the company, which ensure their reliability and quality. We offer these Aluminum alloy ingots in various sizes to meet varied requirements of clients.

Features:

Rust proof
High strength
Elevated durability
Fine finish

Customizable Grades for Diverse Industrial Applications

We offer aluminum alloy ingots in grades like ADC12, LM6, LM24, A356, or as specified by customers. This versatility allows manufacturers and engineers to select the ideal composition for automotive, electrical, construction, and general engineering projects, ensuring high performance and adaptability to different production needs.

Strict Quality and Packing Standards

Our ingots are manufactured to rigorous standards, including ISO, JIS, and ASTM, emphasizing purity, consistency, and surface quality. Each ingot is securely strapped using steel bands and stacked on pallets, minimizing moisture (below 0.02%) and damage during transit or storage. This ensures clients receive clean, ready-to-use ingots with optimal properties.

FAQs of Aluminum alloy ingots:

Q: How are the aluminum alloy ingots produced and packed for shipment?

A: Aluminum alloy ingots are manufactured using either die casting or gravity casting techniques to achieve precise dimensions and a smooth, clean surface. Once cast, the ingots are strapped together using steel bands and neatly stacked on sturdy pallets, which ensures minimal moisture absorption and protects them from damage during transit.

Q: What are the available alloy grades and how can custom requirements be accommodated?

A: We supply standard alloy grades such as ADC12, LM6, LM24, and A356. However, customized grades can also be produced according to specific client requirements, ensuring the ingots meet unique technical and application needs across various industries.

Q: When can customers expect delivery and what is the monthly supply capacity?

A: We are able to supply up to 1000 metric tons of aluminum alloy ingots per month. Delivery schedules vary depending on order size and customization requirements, but we strive to meet customer timelines efficiently and reliably.

Q: Where are these aluminum alloy ingots typically used?

A: Our ingots are widely utilized in the production of automobile parts, machinery components, die casting products, electrical hardware, and construction materials. Their high purity and customizable grades make them suitable for both general and specialized engineering purposes.

Q: What is the process for ensuring moisture content and surface quality?

A: Each batch undergoes strict processing to maintain moisture content below 0.02%. Rigorous quality checks ensure a clean, smooth surface free from impurities, sand, or moisture, meeting high industry standards for usability and safety.

Q: What benefits do these aluminum alloy ingots offer to manufacturers and engineers?

A: These ingots provide consistent alloy composition, superior surface cleanliness, customizable grades, and compliance with international standards. This results in enhanced process efficiency, material reliability, and optimal performance for end products in multiple application fields.

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