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Ultrasonic Vibration De-impurities Strengthening Metal Solution

Ultrasonic Vibration De-impurities Strengthening Metal Solution

Item No: FSH-2020-50TI
Ultrasonic Melt Metal Treatment Unit
Frequency: 20khz
Power: 2000w
Input Voltage: 220V±10%,50/60Hz
Temperature Range: 200-800℃
Working Amplitude: 3-20μm
System Protection : High Temperature Protection

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Hangzhou Shengtu Technology Co., Ltd. is one of the leading manufacturers and suppliers of ultrasonic vibration de-impurities strengthening metal solution in China. Welcome to buy high quality customized products at low price from our factory. Contact us for more details.

Description:

Ultrasonic metal aluminum melt processing equipment, also known as ultrasonic metal crystallization equipment, is a high-power ultrasonic equipment specifically used in the metal casting industry. The ultrasonic melt treatment equipment is mainly used for the crystallization process of molten metal, which can significantly refine metal grains, uniform alloy composition, accelerate bubble movement, and significantly improve the strength and hardness of metal materials.

The ultrasonic metal melt treatment equipment does not change the existing production equipment and process flow, and is easy to install and operate. Ultrasonic metal superaluminum melt is mainly used in ultrasonic melt defoaming, ultrasonic crystallization, ultrasonic cavitation, ultrasonic casting, ultrasonic solidification structure, ultrasonic metal continuous casting, and other aspects.

Parameters:

Ultrasonic Metal Melts Principle

Functions:

1. Refining metal grains, unifying alloy composition, significantly improving the strength and fatigue resistance of casting materials, and enhancing the comprehensive performance of materials;

2. The application of ultrasound in metallurgy;

3. Ultrasonic removal of inclusions;

4. It is very difficult for inclusions in metal solutions to float up, and only when they aggregate can it be easier to float up. Adding ultrasound to the treatment of inclusions in the solution can successfully layer and aggregate the powder;

5. Ultrasonic degassing, when ultrasonic waves are introduced into the molten metal, cavitation occurs. This is due to the rupture of the continuity of the liquid phase, which leads to the formation of voids. The gas dissolved in the liquid metal then concentrates in other areas. Due to the high-frequency vibration of ultrasonic waves, the core of the bubble continues to grow until it can reach the size required for smooth discharge from the molten metal.