Aluminum Liquid Degassing Machine

Advantages of Aluminum Liquid Degassing Machine

1. Efficient degassing technology

• Rotary impeller design: Through high-speed rotating graphite or ceramic impeller, the inert gas (argon, nitrogen) is broken into tiny bubbles, greatly increasing the gas-liquid contact area, and the degassing efficiency is increased by 30%-50% compared with the traditional method.

• Deep purification capacity: Hydrogen content of liquid aluminum can be reduced to less than 0.15ml/100g (industry standard is usually 0.2-0.3ml/100g) to meet the stringent requirements of high-end castings.

2. Intelligent automation control

• Precise parameter control: Equipped with PLC control system, real-time monitoring and adjustment of gas flow, impeller speed, processing time and other parameters to ensure process stability.

3. Energy saving and environmental protection design

• Low energy operation: compared with the chemical degassing method, the power consumption is reduced by more than 40%, and no chemical agents are consumed.

• Zero pollution emission: inert gas recycling, non-toxic gas release.

4. Durability and reliability

• High temperature resistant materials: The impeller and pipe are made of graphite, silicon carbide and other corrosion resistant materials, which can withstand high temperature above 1000℃ and have a service life of more than 500 hours.

5. Flexibility and adaptability

• Online/offline dual mode: It can be integrated into the melting furnace production line to achieve continuous degassing, and can also be used independently for small equipment such as crucible furnaces.

6. Safety protection system

• Multiple safety protection: overload protection, high temperature alarm, emergency braking and other functions to ensure safe operation.

• Anti-splash design: Sealed treatment chamber and diversion device reduce the risk of aluminum splash.

7. Significant cost effectiveness

• Low maintenance cost: the annual maintenance cost is only 1/3 of the traditional equipment, and reduces the energy waste caused by the waste remelting.

• Rapid recovery of investment: By increasing the yield rate (usually 15%-25%), the payback period of equipment investment can be reduced to 6-12 months.