Manufactured using high-grade recycled aluminium to ensure minimal impurities and consistent composition.
Uniform spherical or granular shape ensures predictable performance in industrial processes.
High resistance to wear, making them ideal for demanding applications and repeated usage.
Excellent thermal properties make these shots suitable for rapid heating or cooling applications.
Aluminium shots are a reliable form of deoxidizer, reacting with dissolved oxygen in molten steel to form aluminium oxide, improving the quality of the end steel product.
Used as a raw material in various metallurgical processes.
Their shiny, granular appearance is also used in craft or decorative products.
Preferred in experiments for their consistent shape, composition, and reactivity.
Ideal for cleaning delicate or non-ferrous surfaces due to their softer impact than steel shots.
Their consistent weight and size are used in precision balancing and specialized applications.
High-purity scrap sourced from industrial machining and extrusion operations.
Non-metallics and ferrous contaminants are removed using eddy current separators and magnets.
Scrap is melted in high-efficiency reverberatory or rotary furnaces under controlled atmospheres.
Molten aluminium is sprayed into a water-cooled chamber or rotary atomizer to form shots.
Shots are size-classified, inspected for uniformity, and packed in moisture-protected HDPE bags or drums.
Store aluminium shots in dry, covered environments to prevent moisture absorption and oxidation. Avoid stacking beyond recommended load limits. When handling, always use gloves, goggles, and appropriate PPE to prevent injury and maintain material integrity.
Aluminium shots from Shree Metals offer a high-quality, eco-conscious solution for metallurgical, casting, and industrial applications. Manufactured with precision and tested for consistency, our aluminium shots ensure optimal performance, energy efficiency, and cost-effectiveness. Partner with us for tailored solutions to meet your foundry and manufacturing demands.