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Aluminum-Nickel Master Alloy (AlNi10-AlNi20) is a high-performance alloy material meticulously manufactured for nickel element addition in aluminum alloy production. Produced with pure aluminum and high-purity nickel raw materials, this product strictly complies with industry quality standards to ensure reliable performance in every application scenario. It is available in two common forms: waffle and ingot, which are easy to store, transport and use in actual production. As a professional manufacturer with 4 production bases in China, we focus on the consistency of each batch of AlNi10 and AlNi20 products, making it the preferred choice for enterprises pursuing high-quality aluminum alloy production. This master alloy can effectively solve the problems of uneven nickel element addition and unstable product quality in the aluminum alloy smelting process, and help manufacturers improve the overall performance of aluminum alloy products.
The adoption of high-purity raw materials and advanced smelting technology ensures that the nickel element content in the product is evenly distributed within the range of 10%-20%. This uniform composition avoids the occurrence of local element aggregation in the aluminum alloy smelting process, and lays a solid foundation for the stable performance of the final aluminum alloy product.
We optimize the production process in all aspects, from raw material selection to finished product molding. The optimized process can refine the grain structure of the master alloy, improve the overall purity of the product, and significantly reduce the number of surface inclusions. This advantage enables the product to meet the strict quality requirements of high-standard aluminum alloy applications, and reduces the defect rate of subsequent aluminum alloy products.
The product has excellent ingredient stability during the addition process. It will not cause large fluctuations in the composition of the molten aluminum due to the change of addition amount or operation method. This stability can effectively improve production efficiency, reduce the frequency of parameter adjustment in the production process, and further enhance the consistency and stability of the final aluminum alloy products.
Specification | Description |
Nickel Content | 10%-20% |
Product Shape | Waffle / Ingot |
Packaging Standard | 1,000kg/pallet |
Aluminum-Nickel Master Alloy is specially designed for the nickel element addition of aluminum alloys. Adding an appropriate amount of this product to the aluminum alloy smelting process can effectively improve the strength, hardness and corrosion resistance of aluminum alloys. It is widely used in the production of high-performance aluminum alloy components in aerospace, automotive manufacturing, and mechanical equipment industries, and is the core material for upgrading aluminum alloy product performance.
The recommended adding temperature of the master alloy is between 700℃-760℃. This temperature range can ensure that the product is quickly melted and fully mixed with the molten aluminum, avoiding the problem of incomplete melting caused by too low temperature or element burning loss caused by too high temperature, which directly affects the alloy composition accuracy.
The specific addition amount needs to be determined according to the actual production situation, including the target nickel content of the aluminum alloy, the composition of the raw molten aluminum and the production process parameters. It is recommended to conduct a small-scale test before formal production to determine the most suitable addition ratio, which can avoid material waste and performance deviation of finished products.
Sufficient stirring is the key to exerting the best performance of the master alloy. After adding the product to the molten aluminum, it is necessary to carry out uniform and sufficient stirring to ensure that the nickel element is evenly dispersed in the molten aluminum, so as to avoid the occurrence of local component deviation and ensure the uniform performance of the final aluminum alloy products.
