Specifications:
Hindalco's cold rolled sheets are precision-finished to meet the international standards for tight thickness, tolerance, flatness and dimensional accuracy. Sound metallurgical properties for further fabrication, anodising characteristics and a blemish-free surface make it useful in both commercial and general engineering applications
Applicable standards
ASTM - B -209M, Aluminium association aluminium standards and data, Hindalco manufacturing limits (as applicable).
Packing
Cold rolled sheets are wrapped in HDPE and placed on wooden pallets which have runners along and across the length of the sheet. An angle board is attached to the edges for edge protection, plyboard is placed on the top and bottom of the stack and the package is strapped with hoop iron straps. Silica gel packets are used for moisture protection.
Applications :
Defence
Industrial engineering
Transport road, rail, air, marine
Building and Construction
Fan blades
Electrical engineering
Hindalco's foil stock is produced from high-quality rolling ingots and concast coils. Manufactured with sophisticated equipment, the foil stock is free of surface and sub-surface defects. Matching international quality standards, it can be rolled to thin gauges of aluminium foil for a number of applications.
Stringent quality checks ensure a world-class range of sheets, extrusions and foil products from Hindalco. Continuous upgrades and process improvement enable it to keep pace with the demands of its ever-growing markets
Hindalco's foil stock is produced from high-quality rolling ingots and concast coils. Manufactured with sophisticated equipment, the foil stock is free of surface and sub-surface defects. Matching international quality standards, it can be rolled to thin gauges of aluminium foil for a number of applications.
Stringent quality checks ensure a world-class range of sheets, extrusions and foil products from Hindalco. Continuous upgrades and process improvement enable it to keep pace with the demands of its ever-growing markets
Specifications:
Hindalco meets international standards in the manufacture of litho stock used for high-quality reproduction needs in offset printing.
Rolled from scalped ingots using sophisticated, state-of-the-art rolling facilities for shape and gauge control, Hindalco's litho stock is tension levelled to ensure flatness and then solvent cleaned to remove excess oil and loosen aluminum fines.
It is available in sheet and coil forms.
Packing
Both sheet and coil are wrapped with poly-lined bitumen gunny and hardboard and placed on a pallet.
Hindalco's spiral fin stock is an established product in the market for heat exchange applications. With the help of high-quality ingots, state-of-the-art gauge and shape control and precision slitting, we manufacture fin stock that has tight gauge tolerances and excellent slit edges. A tight build-up combined with sound internal metallurgical properties makes it suitable for all types of finning. The product meets the stringent specifications of globally competitive companies.
Slit quality
Free from nicks, cuts and heavy burrs.
Coil build-up
Uniform and tight enough to be handled horizontally.
Applicable standards
ASTM - SB -209M, Aluminium association aluminum standards and data, Hindalco manufacturing limits (as applicable).
Packing
Spiral fin stock is placed on wooden skids in an eye-to-sky position. It is wrapped in HDPE fabric and hardboard and strapped with hoop iron. Moisture protection is ensured with silica gel packets and the entire packed product is placed in a wooden box.
we are regular supplier of Al Scrap 0663 with 2% attachment, 300 tons per month. PAyment LC 100%, Or TT , no CAD
For further concern, please contact us any time.
Aluminium Extrusion 6063 scrap 95/5 with 20% alu alloy.
Origin Hongkong
Quantity: 300 tons per month
Packing: 25MT +/-10% in 40ft container
If you have inquiry, feel free contact us via wa +84982163466
Have a good day !!!
Industry Applications Automotive, construction, electrical
The P1020 primary aluminum ingot is produced with a minimum purity of 99.7% aluminum. It is commonly used for remelting and is manufactured through molten salt electrolysis, making it suitable for various industrial applications.
1. Product Overview
Remelting processes
Foundry applications
Manufacturing of high-quality aluminum products
3. Production Process
Manufacturing Method: The ingots are produced using the molten salt electrolysis method, involving alumina and cryolite, which meet national standards (GB/T1196-2002) [1].
4. Key Benefits
High purity ensures excellent performance in various applications.
Versatile usage across different industries, particularly in automotive and construction.
Industry Applications
Automotive, construction, electrical
The P1020 primary aluminum ingot is produced with a minimum purity of 99.7% aluminum. It is commonly used for remelting and is manufactured through molten salt electrolysis, making it suitable for various industrial applications.
Remelting processes
Foundry applications
Manufacturing of high-quality aluminum products
3. Production Process
Manufacturing Method: The ingots are produced using the molten salt electrolysis method, involving alumina and cryolite, which meet national standards (GB/T1196-2002) [1].
4. Key Benefits
High purity ensures excellent performance in various applications.
Versatile usage across different industries, particularly in automotive and construction.
Aluminum sows are large blocks of aluminum, typically produced for remelting in various applications. Their unique shape resembles a sow (female pig) lying on its side, making them easily identifiable in the aluminum industry. These sows are primarily created from primary aluminum or a blend of primary aluminum and scrap materials, making them crucial for wrought aluminum production.
Overview
Aluminum sows are essential products in the aluminum supply chain, utilized primarily for remelting purposes. They are characterized by their large, flat shape and significant weight, making them suitable for transportation and storage.
Production Process
Aluminum sows are produced by:
Melting Primary Aluminum: Utilizing high-quality aluminum to ensure purity.
Blending with Scrap: Incorporating various aluminum scrap materials to optimize costs and resource efficiency [1].
Casting: Pouring the molten aluminum into molds to form sows, which are then cooled and solidified.
Applications
Remelting: Primarily used in the remelting process for producing wrought aluminum products.
Alloy Production: Can be blended with other metals to create specific aluminum alloys suitable for diverse applications.
Specifications
Feature Details
Shape Large, flat ingots
Primary Use Remelting and alloying
Production Method Melting and casting
Raw Materials
Primary aluminum and scrap
Benefits
Cost-Effective: Utilizing scrap material reduces production costs.
Versatile: Suitable for various aluminum applications, enhancing supply chain flexibility.
PACKAGING:
25kg per Ingots.
25kg X 40 Ingots per metric tons.
25 metric tons per 40 feet container.
packaging can also be done according to customerâ??s request.
Aluminum Ingots 99.9%
Pure Aluminum Ingots 99.9%
Chemical Composition:al
Weight: 20/25kg
Al (Min): 99%-99.9%
Place of Origin:
Appearance: silver white
AlSi132 is a high-performance aluminum-silicon alloy ingot characterized by its excellent corrosion resistance, thermal conductivity, and mechanical strength. It is commonly used in various industrial applications, including automotive and aerospace components.
1. Product Overview
Alloy Designation: AlSi132
Composition: Predominantly aluminum with significant silicon content.
2. Chemical Composition
The typical composition of AlSi132 is as follows:
AlMg1 is a high-performance aluminum-magnesium alloy ingot primarily composed of aluminum and magnesium. This alloy offers excellent corrosion resistance, lightweight properties, and is widely used in various industrial applications.
1. Product Overview
Alloy Designation: AlMg1
Main Components: Aluminum (Al) and Magnesium (Mg)
2. Chemical Composition
The alloy typically contains:
Marine environments due to excellent resistance to seawater corrosion
Automotive and aerospace industries for lightweight structural components
Construction for facades and roofing
4. Key Benefits
High strength-to-weight ratio
Superior corrosion resistance
Good weldability and formability
Industry Applications
Automotive, aerospace, electrical
Operational Efficiency
Easy control and fast melting
1 Product Overview
Grade: AL99.85
Purity: 99.85% aluminum
Appearance: Silvery white
2. Applications
The AL99.85 aluminum ingot is utilized in:
Automotive manufacturing
Aerospace components
Electrical applications
Construction materials
3. Production Process
Melting Method: Discontinuous melting using scrap for sustainability.
Control and Operation: Designed for easy control and efficient operation during the melting process.
4. Key Benefits
Fast melting time
Consistent quality for industrial applications
Environmentally friendly, utilizing recycled materials where applicable
AL99.90 aluminum ingots are primarily composed of high-purity aluminum, suitable for various applications in the automotive, construction, and manufacturing industries.
Key Features
Purity: Minimum 99.90% aluminum content.
Weight Options: Available in standard weights of 20 kg and 25 kg.
Density: Approximately 2.7103 g/cm.
Melting Method: Designed for easy melting and processing, often used in discontinuous melting systems.
Applications
AL99.90 aluminum ingots are utilized in:
Automotive Industry: Components and structures.
Building Materials: Architectural applications.
Consumer Goods: Furniture and interior fixtures.
Industry Applications Automotive, aerospace, electrical
Surface Finish Mill finish
The AL99.70A aluminum ingot is a high-purity aluminum product with a minimum aluminum content of 99.70%. It is ideal for applications requiring exceptional quality and performance, such as in automotive and aerospace industries. The ingot is produced through advanced melting techniques to ensure optimal purity and consistency.
1. Product Overview
Grade: AL99.70A
Purity: 99.70% aluminum
Appearance: Silvery white
2. Applications
The AL99.70A aluminum ingot is used in:
Automotive manufacturing
Aerospace components
Electrical applications
Construction materials
3. Production Process
Melting Method: Advanced techniques for high purity, including molten salt electrolysis methods.
Surface Finish: Mill finish for optimal usability.
4. Key Benefits
High purity minimizes contamination risks.
Efficient remelting process for sustainable use.
Suitable for a variety of industrial applications.
Industry Applications Automotive, aerospace, electrical
Surface Finish Mill finish
The AL99.70 aluminum ingot is a high-purity product with a minimum aluminum content of 99.70%. It is designed for industrial applications requiring superior quality, such as in automotive and aerospace sectors. The ingot features a mill finish for improved usability and re-melting efficiency.
1. Product Overview
Grade: AL99.70
Purity: Minimum 99.70% aluminum
Appearance: Silvery white
2. Applications
AL99.70 aluminum ingots are suitable for:
Automotive parts manufacturing
Aerospace components
Electrical applications
General construction materials
3. Production Process
Manufacturing Method: Produced using molten salt electrolysis from alumina and cryolite.
Surface Finish: Mill finish for optimal handling and processing.
4. Key Benefits
High purity minimizes contamination risks.
An efficient re-melting process ensures sustainability.
Versatile applications across various industries.
Industry Applications Automotive, electrical, manufacturing
Surface Finish Non-alloy, mill finish
The AL99.60 aluminum ingot is a high-purity product containing a minimum of 99.60% aluminum. It is primarily used in various industrial applications where high-quality aluminum is required, including manufacturing and remelting processes.
1. Product Overview
Grade: AL99.60
Purity: Minimum 99.60% aluminum
Appearance: Silvery white
2. Applications
AL99.60 aluminum ingots are suitable for:
Melting and remelting processes
Manufacturing automotive components
Electrical and structural applications
3. Production Process
Manufacturing Method: Produced through methods such as molten salt electrolysis using alumina and cryolite, ensuring high purity standards.
4. Key Benefits
High purity minimizes the risk of contamination.
Versatile for various industrial uses.
Efficient remelting capabilities.
Manufacturing Process : Derived from pure aluminum
Industry Applications : Manufacturing, construction, electrical
Surface Finish : Bright, polished, or mill finish
The AL99.00 aluminum ingot is a high-purity metal containing a minimum of 99.00% aluminum, suitable for a range of industrial applications requiring reliable quality and performance.
1. Product Overview
Grade: AL99.00
Purity: Minimum 99.00% aluminum
Appearance: Silvery white
2 Applications
AL99.00 aluminum ingots are used in:
Manufacturing processes
Construction materials
Electrical applications
3.Production Process
Manufacturing Method: These ingots are typically produced through processes involving pure aluminum and may include elements like silicon and iron as per requirements.
4. Key Benefits
High tensile strength
Excellent corrosion resistance
Versatility for various applications
