Location

New Zealand

Aluminium 1050 Forgings manufacturer in New Zealand

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Kiri Aluminium, a reputable manufacturer and supplier located in Hamilton, New Zealand, specializes in high-purity Aluminium 1050 Forgings that are designed for precision, reliability, and exceptional corrosion resistance. Crafted using controlled forging techniques, these components boast remarkable electrical and thermal conductivity, along with a smooth, defect-free surface. Kiri Aluminium offers Aluminium 1050 Forgings in tailored shapes and sizes to cater to the needs of electrical systems, food-processing equipment, light engineering, and chemical-handling applications. With a strong commitment to quality and a customer-centric approach, the company guarantees that each forging delivers excellent dimensional accuracy, high purity, and reliable performance for low-stress and formability-based applications.

Table of Contents

Aluminium 1050 Forgings are composed of at least 99.5% aluminium, making them one of the purest grades available. The presence of trace elements like iron, silicon, copper, and manganese provides slight strengthening without compromising ductility. Mechanically, this alloy has low tensile strength but offers very high elongation, which facilitates easy shaping during the forging process. It also showcases outstanding electrical and thermal conductivity, along with robust corrosion resistance. These features make Aluminium 1050 Forgings perfect for applications that demand lightweight, clean, highly workable, and non-reactive aluminium components.

Aluminium 1050 Alloy Forgings

Al 1050 Cold Forgings

Aluminum 1050 Forgings

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Specifications of Aluminium 1050 Forgings

Standards : ASTM B247, B247

Temper : H14

Specification : DIN, ASTM, BS and all International Standards

Flat bar blocks : up to 27″ width and 15,000 lbs.

Cylinders and sleeves : up to 50″ maximum O.D. and 65″ maximum length

Discs and hubs : up to 50″ diameter and 20,000 lbs.

Rolled, hand forged or mandrel forged rings : up to 84″ maximum O.D. and 40″ maximum length

Rounds, shafts and step shafts : up to 144″ maximum length and 20,000 lbs.

Equivalent Grades Aluminium 1050 Forgings

European Standard BS (OLD) USA (AA) GERMANY (DIN) ISO IS Canadian
EN AW-1050 A 1E 1050 Al99.5 Al99.5 19500, 19501 1 S

Chemical Composition Aluminium 1050 Forgings

Alloy (ISS) Equivalent alloy (A.A) Copper Magnesium Silicon Iron Managanese Others* (Total) Remarks
Old New U.S.A Min. Max. Min. Max. Min. Max. Min. Max. Max Max. Aluminum 99.0% Min.
1 B 19500 1050 — 0.05 — — — 0.30 0.4 — 0.05 0.1 Aluminum 99.5% Min.

Mechanical Properties Aluminium 1050 Forgings

Alloy Temper UTS (Mpa) Yield Strength (Mpa) Elongation (%)
Minimum Maximum Minimum Maximum A 50mm (Minimum)
EN AW-1050 A F 60 – 20 – 23
O 60 95 20 – 23

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Largest Aluminium 1050 Forgings Manufacturer and Exporter in Hamilton, New Zealand

Kiri Aluminium based in Hamilton, New Zealand is a renowned manufacturer and supplier of premium aluminium products, including Aluminium Bars, Sheets and Plates, Coils, Chequered Plates, Wires, Pipes, Fittings, Flanges, Forging, Circle, Angles. With a commitment to delivering exceptional quality and service, we cater to diverse industries, offering reliable solutions tailored to specific requirements. Our products are known for their superior strength, corrosion resistance, and precise dimensions. We focus on customer satisfaction by providing an extensive range of aluminium bars designed for structural, industrial, and decorative applications.

Modern Equipments

Expert Engineers

Well Maintained

Efficient Factories

Are Custom Sizes Available For Aluminium 1050 Forgings?

Yes, we offer custom sizes for Aluminium 1050 Forgings to meet specific project needs. Our team at  Kiri Aluminium is committed to providing customized solutions for all your requirements. For more details, contact us at sales@kirialuminium.com

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Uses of Aluminium 1050 Forgings

Aluminium 1050 Forgings find their place in various industries that require lightweight, easily formable, and corrosion-resistant parts. They are commonly used in electrical systems for conductive components, connectors, busbar elements, and termination fittings due to their excellent conductivity. In food-processing and chemical-handling equipment, their high purity and non-reactive properties make them ideal for hygienic, contamination-free components. In engineering, they are utilized for light-duty brackets and other applications where strength and weight are critical.