It is a "plating evaluation testing machine" that allows for arbitrary setting of various conditions of the molten plating process and can reproduce the operating conditions of the production line in laboratory experiments.
**Features** ■ The heating section is equipped with near-infrared heaters on both sides, allowing for rapid and uniform heating, which minimizes deformation of the test specimen. ■ The chamber achieves an oxygen concentration of 10 ppm or lower through nitrogen purging. ■ Equipped with oxygen concentration and dew point measurement functions. ■ The basis weight adjustment is determined by the distance of the wiper nozzle and the gas flow rate. *For more details, please refer to the PDF document or feel free to contact us.*
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basic information
【Device Specifications】 ■Sample Size: 100mm to 180mm ■Heating Temperature: Max. 900℃ ■Heating Rate: 50℃/sec (t: 1.2mm) ■Control: PID Control (measured with one thermocouple) *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Example of Achievements】 Simulating the manufacturing process of molten galvanized steel sheets. *For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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Test Condition Setting (1)
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Test Condition Setting (2)
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Company information
Our Robotics Division provides one-stop solutions for quality improvement and productivity enhancement through the automation of production equipment across a wide range of industries, including steel manufacturers, coil centers, automotive and automotive parts manufacturers, chemicals, and ceramics. This encompasses everything from development and planning design to manufacturing, assembly, trial operation startup, and post-operation maintenance. As specialized areas, we offer "production rationalization equipment," "automated robot systems," "measurement and inspection systems," and "testing and research equipment." Additionally, we are engaged in the development of automation technologies and products that incorporate advanced technologies such as new robots, image processing systems, 3D vision, and force sensors.