Application of ultrasonic cleaning machine in the treatment of oxide scale

Ultrasonic cleaning machine is a kind of equipment based on ultrasonic cleaning technology. It uses the energy of ultrasonic waves and the combined effect of chemical cleaning agents to effectively remove the oxide scale on the surface of small industrial machined parts of various materials. This article will introduce the application of ultrasonic cleaning machine in the treatment of oxide scale of small industrial machined parts, including its working principle, technical advantages, practical application and economic benefits.

1. Working principle of ultrasonic cleaning machine

Ultrasonic cleaning machine mainly uses the energy of ultrasonic wave and the combined effect of chemical cleaning agent to remove the oxide scale from the surface of industrial small processing parts. Ultrasonic wave is a sound wave with a frequency higher than 20kHz. It has a strong penetrating ability and can propagate through liquid to transfer energy to the liquid. When ultrasonic wave passes through the cleaning liquid, tiny bubbles will be generated. These bubbles will close quickly and generate a strong impact force to remove the oxide scale attached to the surface of industrial small processing parts.

2. Technical advantages of ultrasonic cleaning machine

Ultrasonic cleaning machine has the following technical advantages in treating the oxide scale of industrial small processing parts:

a. High efficiency: ultrasonic cleaning machine can quickly remove the oxide scale on the surface of industrial small processing parts, greatly improving production efficiency.

b. Environmental protection: ultrasonic cleaning machine uses chemical cleaning agent, which can reduce pollution to the environment.

c. Cost saving: ultrasonic cleaning machine can repeatedly use chemical cleaning agent, reducing production cost.

d. Wide applicability: ultrasonic cleaning machine is suitable for industrial small processing parts of various materials, such as steel, aluminum, copper, etc.

3. Practical application of ultrasonic cleaning machine

a. Automobile industry: Automobile parts such as brake drums and wheels are prone to produce oxide scales during processing. Ultrasonic cleaning machines can effectively remove these oxide scales and improve the quality of automobile parts.

b. Aerospace industry: Aerospace parts such as engine blades and nuts are prone to produce oxide scales in high temperature environments. Ultrasonic cleaning machines can quickly remove these oxide scales and increase the service life of parts.

c. Electronic industry: Electronic components such as capacitors and resistors are prone to produce oxide scales during the manufacturing process. Ultrasonic cleaning machines can remove these oxide scales and improve the electrical properties of electronic components.

d. Food industry: Some food processing machinery such as sealing machines and beaters are prone to produce oxide scales during long-term use. Ultrasonic cleaning machines can effectively remove these oxide scales and ensure the hygiene and safety of food processing machinery.

4. Economic benefits of ultrasonic cleaning machines

Using ultrasonic cleaning machines to treat the oxide scales of small industrial processed parts can bring certain economic benefits, which are specifically reflected in the following aspects:

a. Improve production efficiency: Using ultrasonic cleaning machines can quickly remove the oxide scales on the surface of small industrial processed parts and improve production efficiency.

b. Reduce production costs: Using ultrasonic cleaning machines can repeatedly use chemical cleaning agents, reducing production costs.

c. Improve product quality: Using ultrasonic cleaning machines can completely remove the oxide scale on the surface of small industrial processing parts and improve product quality.

d. Protect the environment: Using ultrasonic cleaning machines can reduce environmental pollution and protect the environment.

In short, ultrasonic cleaning machines have the advantages of high efficiency, environmental protection, cost saving and wide applicability in treating the oxide scale of small industrial processing parts, and can bring certain economic benefits in practical applications.