It enables stable casting with few malfunctions! It is a device for continuously producing cast ingots.
The "Semi-continuous Casting Device" is a system that pours molten metal, melted in a furnace, into a water-cooled mold for rapid cooling while performing the descent of the oil cylinder at a casting speed suitable for the material, thereby continuously producing ingots. With a robust guide rail and roller-type platen, stable casting can be achieved. Additionally, it allows for casting without uneven load distribution. Various instruments incorporate advanced equipment to detect the casting temperature and the cooling water flow for the long and short sides of the mold, as well as the secondary cooler, enabling comprehensive management and recording. 【Features】 ■ Simple operation due to hydraulic machine structure ■ Fewer malfunctions due to simplified mechanisms ■ Automation of operations for mold carts and distributor carts ■ Automatic connection for large cooling water supply pipes, ensuring sufficient cooling water supply ■ Compatible with ingot extraction devices, etc. *For more details, please feel free to contact us.
Inquire About This Product
basic information
[List of Semi-Continuous Casting Equipment] ■Control Panel ■Mold Trolley ■Cooling Tank / Guide Rail ■Platen ■Hydraulic Unit / Hydraulic Cylinder ■Distributor Trolley ■Preheating Device ■Mold for Slabs ■Mold for Billets ■Flow and Temperature Indicator *For more details, please feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
For more details, please feel free to contact us.
catalog（1）
Download All Catalogs
Company information
Since our establishment in 1970, we have been dedicated to the design and manufacturing of casting equipment, continuously developing and evolving step by step. We manufacture equipment tailored to various non-ferrous metals, ranging from large casting machines for copper and aluminum over 20 tons, to test casting machines, small-lot casting machines for gold and silver, and conveyor-type casting machines for soldering. In addition, we have established a system to promptly respond to various needs, including the automation of operations, diversification of mold composition and cooling methods, and the patterning of casting conditions through the collection and management of casting data, ahead of the demands of the times.