15L/Min Stationary Type Rotary Aluminium Refining Process Vacuum Degassing Of Steel

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15L/Min Stationary Type Rotary Aluminium Refining Process Vacuum Degassing Of Steel

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January 17, 2022

Kết nối danh mục: Máy phun luồng xoay

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#600 vòng / phút Bộ khử khí quay #Bộ khử khí quay 400 vòng / phút #Bộ khử khí quay 99 Thời gian khử khí

Brief: Discover the 15L/Min Stationary Type Rotary Aluminium Refining Process Vacuum Degassing Unit, designed for efficient gas refining and degassing of molten aluminum. This equipment ensures high-purity inert gas injection, effective removal of hydrogen and oxides, and low metal loss, making it ideal for industrial applications.

Related Product Features:

Effectively removes gases and oxides from molten aluminum, achieving hydrogen content as low as 0.1ml/100g.
Low metal loss with less dross formation and minimal metal encasement during slag removal.
Equipped with an anti-falling mechanism, refining agent level measurer, and air channel leakage detector.
Multiple technological processes can be executed for high-efficiency modification, degassing, and slag removal.
High-temperature rotor bearing operates without air-cooling, capable of working at 200°C continuously.
Improves site working conditions with uniform refining agent consumption and stable performance.
Comes with a control system including nitrogen/argon gas pneumatic system and adjustable flow rates.
Graphite rotor and baffle ensure durability and efficient performance in high-temperature environments.

Câu hỏi thường gặp:

What gases can be used with this degassing unit?

The unit uses high-purity nitrogen or argon with a purity of ≥99.996%, moisture ≤3ppm, and O2 ≤5ppm.
What is the operating temperature range for the molten aluminum?

The equipment operates within a temperature range of 640-850°C for refined aluminum.
How does the rotary degassing unit improve refining efficiency?

The rotating graphite rotor injects inert gas and refining agent uniformly, effectively removing hydrogen and oxides while minimizing metal loss.