PLC Control Homogenization Aluminum Billet Heating Furnace 20 Tons With Cooling Chamber And 3D Trolley

This complete 20-ton natural gas homogenizing unit is professionally developed for the homogenization heat treatment of aluminum billets. The integrated package includes a gas heating homogenizing furnace, dedicated cooling chamber, and combined material handling trolley.

The 20-ton cooling unit features multiple cooling fans and a water spray cooling system, achieving rapid cooling speeds exceeding 300℃ per hour. High-temperature aluminum billets at 580℃ can be cooled to 100℃ within two hours, perfectly preserving the solid solution structure of 6063 aluminum alloy.

The integrated material trolley has a rated load capacity of 20 tons, utilizing hydraulic drive with a moving speed of 7.5 meters per minute.

The entire production line is managed by a fully automatic PLC system with color touch panel interface. The system stores more than ten sets of heating parameters and supports real-time temperature monitoring with overheating protection.

• Fully automatic PLC control system
• Color touch panel interface
• 10+ pre-programmed heating parameter sets
• Real-time temperature monitoring
• Overheating protection system

• Furnace body fabricated with section steel and steel plates
• Insulated with thick refractory fibers and fire bricks
• Electrically operated furnace door with clamping and sealing components
• Excellent operational airtightness
• Outstanding heat insulation performance

Air Cooling: Relies on ambient temperature air circulation for cooling with gentle cooling rates. Suitable for 6063 and small diameter aluminum rods. Lower cost with no wastewater generation.

Mist Cooling: Utilizes high-pressure water mist heat exchange to significantly increase cooling speed, shortening entire furnace production cycle by 20% to 40%.

Mist Cooling Requirements: Essential for large diameter 6061 aluminum rods, 5 series high magnesium alloys, and batch extrusion production lines. Provides accurate cooling gradient control to avoid excessive residual stress and improve equipment turnover efficiency.