Aluminum & Non-Ferrous Metal Magnesium Remover

Efficient Magnesium Removal with XL-CM Magnesium Remover

Reduce production costs and optimize aluminum processing with our advanced magnesium remover, designed to offer superior results compared to traditional dilution methods using high-purity aluminum ingots.

Product Features

• Efficiently decreases magnesium content in aluminum liquids, preventing scrappage due to excessive magnesium levels.
• Acts as a high-efficiency degassing agent, minimizing pinholes and pores without requiring further treatment.
• Developed from cutting-edge foreign technologies, ensuring top-tier performance in aluminum refinement.

Technical Parameters

• Model: XL-CM
• Shape: White powder or cylindrical blocks
• Use Temperature: Above 740°C
• Dosage: Add 0.2-0.4% of the aluminum liquid's weight, adjusted based on magnesium levels and temperature

Adding 0.4-0.5 kg of magnesium remover per 100 kg of aluminum liquid can effectively reduce magnesium content by 0.1 kg, with a potential magnesium removal efficiency of over 50%.

Usage Method

• Powder: Sprinkle on the liquid's surface with a steel shovel, or use a spray device with inert gas to reach deeper levels. Continuously move the nozzle for optimal contact.
• Blocks: Insert into the aluminum liquid with a special iron cage and move horizontally until no reaction is observed. Stir the floating slag to maximize reaction efficiency.

Packaging and Storage

• Available in corrugated box packaging: 20-25 kg per box
• Store in a dry area to prevent moisture exposure

Applications

Ideal for recycled aluminum production where magnesium impurities can hinder alloy quality. The demagnesium agent enhances metal fluidity and casting quality while boasting low dosage, high efficiency, environmental friendliness, and ease of use.

Widely utilized in aluminum processing, casting, and non-ferrous metal industries, this magnesium remover is a crucial additive for boosting production efficiency and improving the performance of finished metal products.