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Price (excluding tax)
Response Rate
100.0%
Response Time
41.2hours
After vacuum pretreatment, one or two engine blocks, etc. are placed side by side and introduced into an ultrasonic cleaning tank. Ultrasonic transducers are arranged parallel to each other on both sides. One side is 7200W 4W/cm2. Adjust the distance between the diaphragms to the design value and build a resonant synchronous circuit. The basic frequency is 25KHz, and it is a simultaneous wide-area multiplex wave that synergizes the high frequency components up to 275KHz. The width of the tank, the depth of the liquid, the flow of the liquid, and the temperature distribution are designed so that cavitation occurs stably and is easy to control. When oscillated, it becomes a powerful cavitation distribution of 7,200W x 2 units = 14,000W 4W/cm2. This ultrasonic wave is unaffected by the air, causes strong vibrations in the engine block, and also reaches the interior, creating a large spherical cavity (spherical nebula type), which quickly removes hard and stuck casting sand and embedded casting sand. Remove with . The removal time is approximately 2 minutes for two 2,000cc class cars. Furthermore, we are conducting experiments to increase speed.
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MARS-CSR-4LHandling Company
Blue Star R&D Co., Ltd.Categories
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Response Rate
100.0%
Response Time
41.2hrs
