Three-phase Four-wire Aluminium Degassing Machine with 10 KW Power Consumption and Adjustable Degassing Time 0～99 Minutes

The Aluminium Degassing Machine is a high-quality industrial solution designed for efficient filtration of molten aluminum. Equipped with a single Aluminum Degassing Rotor, it effectively removes impurities and gases, achieving a degassing effect of ≤0.12ml/100g-Al. This ensures superior quality output with minimal hydrogen content.

This Nitrogen Degassing Machine plays a crucial role in aluminum liquid refining processes, featuring advanced technology for reliable performance and excellent degassing efficiency. Built for durability, it comes with a 1-year warranty and is designed for long-term industrial use.

The machine's single rotor design ensures easy operation and maintenance while effectively purifying molten aluminum to meet strict industry standards. Ideal for aluminum casting, extrusion, and related processes, it significantly enhances product quality in aluminum production.

• Product Name: Aluminium Degassing Machine
• Operation Mode: Automatic
• Number Of Rotors: Single
• Protector Tube: Sic Nitride
• Degassing Effect: ≤0.12ml/100g-Al

The HYDEB Aluminium Degassing Machine (Model: XCP210-1) is designed for efficient degassing of molten aluminum in various industrial applications. Its advanced technology makes it ideal for scenarios requiring high-quality aluminum production, particularly in Molten Ingot Degassing processes.

• Brand Name: HYDEB
• Model Number: XCP210-1
• Place Of Origin: China
• Certification: ISO CE
• Minimum Order Quantity: 1 set
• Price: 13000 USD/set
• Power Consumption: 10 KW
• Refining Gas: High Purity Nitrogen or Argon

Comprehensive technical support is available for installation, troubleshooting, and optimization. Training sessions are provided to ensure proper operation and maintenance of the machine.

The machine is securely packaged in wooden crates for safe transportation. Worldwide shipping is available via reputable carriers, with costs varying by destination.