5 thoughts on “Can ultrasound clean? What principle?”
Sabrina
Ultrasonic cleaning equipment is the preferred equipment in the cleaning industry. Whether it is cleaning efficiency or cleaning effect, especially in industries with industrial cleaning needs, most of the ultrasonic cleaning machines can be used. Jewelry, tableware, etc., can make the surface of objects refreshing, and have high temperature sterilization functions, which will not cause a little damage to the surface of the object. The ultrasonic cleaning machine uses the "empty effect" to clean it. What are the characteristics?
1. The principle of cleaning the effect of the effect The principle of the ultrasonic cleaning machine is to send a high -frequency oscillating signal from the ultrasonic generator, and then convert it to high -frequency machinery through the transducer. The oscillating is spread to the cleaning fluid, and a large amount of bubbles produced by the liquid flow, and these bubbles will be covered on the surface of the cleaning objects, surrounded by layers. Finally The stains on the surface of the object are gradually falling off, which is the principle of empty effect. 2. The cleaning effect of the empty effect The principle of cleaning the "empty effect" we mentioned above is the process of cleaning the object on the ultrasonic cleaning machine. Of course, the main purpose of our cleaning is to achieve cleaning cleaning Demand, solve the problem of cleaning, then during the use of cleaning, due to the high frequency of ultrasonic waves, there are many bubbles produced in the liquid phenomenon in the liquid. Thoroughly cleaning. In general, the ultrasonic cleaning equipment is a cleaning equipment with high cleaning efficiency, especially some precise components, the gaps or the objects with more dead ends, and the ultrasonic cleaning machine can be cleaned at a time , Make the surface of the objects refreshed, and many problems encountered in the production industry will improve after using the ultrasonic cleaning machine, which will be improved, solving the final cleaning problem.
Ultrasonic cleaning has long been a professional cleaning method that is given priority. Ultrasonic cleaning has been 60 years. This kind of top and innovative cleaning technology prompts even the material that is very difficult to clean can easily remove stains, pollution substances, slag and dirt. It since World War II, experts seem to be obsessed with the concept of ultrasound. This invisible sound wave frequency is 20,000 to 100,000 cycles per second, which has long been a clear feature from national defense military application to medical technology. The cleaning industry has not been rejected. Ultrasound is now dominated by the field of cleaning. Ultrasound principles, you can clean all kinds of objects such as jewelry jewelry and medical equipment. . However, many people do not have the principle of cleaning the ultrasonic cleaning machine.
. They are composed of a variety of materials. Although most people know ordinary washing machines, many people do not know the composition of ultrasonic cleaning machine. The ultrasonic cleaning machine consists of three basic components: cleaning slot, generator and converter. The cleaning slot: The ultrasonic cleaning machine has a lot of cleaning slots to choose from. The size of the selected equipment lies in the size and number of cleaning objects. The generator: The generator is a mechanical energy that converts electrical energy from the source to sound waves. This sound waves are composed of millions of fine vapor bubbles. Each steam bubble is full of vacuum effect called internal explosion. When the bubbles collapse on the cleaned object, it will burst internal explosion, and then remove the scum on the object. This process is called empty. The converter: The converter is the most important part of the ultrasonic cleaning machine. The electric energy generated by the generator is the sound wave frequency that human ears cannot hear. The ultrasonic frequency is generally about 40kHz. The converter has two core parts: the frequency board and the converter itself. For most cleaning machines, piezoelectric crystals are used as active elements. They are generally at the bottom. It other functions, such as timer, temperature control switch and rack basket, can be used for many models. Therefore, before buying an ultrasonic cleaning machine, we must understand its role and specifications. Ensure that the selected cleaning machine capacity is enough to meet the needs. How to clean Plinking the device to the power supply first, turn on the power switch, and start working immediately. When the generator gradually converts the power of the power supply directly into the power of the converter, the converter gradually vibrates and the artery. Gradually convert electrical energy into ultrasonic energy. Due to rapid movement, the converter also generates high -frequency compressed sound waves. This type of movement eventually led to the formation of empty foam. When this process occurred, the foam passed through the cleaning solution and quickly washed. This foam will attack the parts, and then remove the pollution. The intensity of this process ensures that the objects of cleaning look as good as new. The frequency of ultrasonic cleaning This steam foam The ultrasound is about the frequency of sound. The ultrasonic frequency is measured at thousands of cycles per second. Generally, the range of ultrasound includes 20kHz to 100kHz. Most ultrasonic cleaning occurs around 40 to 60kHz. The frequency level determines the type of cleaning created. Under high frequency, small bubbles will also be produced, which will provide a more gentle and detailed cleaning effect. If you want to clean a lot of dirt and pollutants, you should use a lower frequency. The lower the frequency, the larger the steam bubbles, allowing users to perform stronger and radical cleaning movements. has different types of ultrasonic cleaning machines not all ultrasonic cleaning machines. Let's take a look at several different types of ultrasonic cleaning machines in the market. If industrial cleaning solution: To put it plainly, this cleaning solution is high -end and is suitable for the main use of industrial types. Therefore, this kind of cleaning can is either large or customized. In the same way, the generator is stronger, brings more power, and the converter level is very high. The laboratory size/desktop cleaning machine: The laboratory size or desktop cleaning machine is available to choose from. The space occupied is smaller than the industrial cleaning machine and is dedicated to the operation of 24 hours. Everyone usually brings more parts to assist cleaning operations. Small systems: This system is generally suitable for home or small enterprise environment, providing large system functions, but less capacity and function.
What are the cleaning misunderstandings of the ultrasonic cleaning machine? Error concept 1: You cannot use aluminum The is not true at all. In fact, aluminum is sometimes used to test the uniformity of ultrasonic cleaning machines. Be sure to check the reading manual to confirm which metals are safe. Error concept 2: Power is not important It people think that only one ultrasonic instrument needs to be purchased to clean all types of dirt or pollution substances. In fact, there are many variables that affect performance. Error concept 3: The longer the cleaning time, the cleaner the cleaning This can indeed be cleaned for most of the cleaning methods, but the ultrasonic cleaning is not. A complete cycle can be completed to complete the cleaning work. Generally speaking, if the equipment is sufficient, there is no need to repeatedly circulate cleaning. This is not good for the cleaning machine. The selection of suitable cleaning schemes is particularly important The cleaning process starts with the appropriate cleaning solvent. Do not use the cleaning solvent that does not meet the standards, but also look forward to the cleaning machine that can operate efficiently. Before buying cleaning solvents, please pay attention and browse the instructions in detail. Many cleaning schemes are based on water, but they are not suitable for cleaning all objects. Once the correct and suitable cleaning scheme is confirmed according to the equipment requirements, the rest is easier. First, use the cleaning machine to remove pollution substances and slag. Next, put the cleaning objects in the accessories basket and insert it into the water tank. Open the machine and quickly complete the cleaning work. The standard cleaning time is about 10 minutes. The take care of the cleaning machine Them wave cleaning machine is generally given nearly 2.5 years of manufacturer warranty. If the cleaning machine is damaged, you can go to the factory for warranty. If the device is wrong, the device fails, it may need to be warranty at their own expense. Please follow the instructions to use the cleaning machine. web links
The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. Destroy the sucking of the surface of the dirt and cleaning parts, causing the fatigue destruction of the dirt layer and being refuted. The vibration of the gas bubble is scrubbed on the solid surface. Here are the main links and steps of its work, the principles and knowledge of how the ultrasonic cleaning machine works. Ultrasonic is a sound wave with frequency higher than 20,000 Hz. It has good direction, strong penetration ability, and easy to obtain more concentrated sound energy. It is far from the distance in the water. Wait. There are many applications in medicine, military, industry, and agriculture. Ultrasound is named after the lower limit of the frequency of human hearing. The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. When the sound pressure or the sound strong is stressed to a certain extent, the bubbles will expand quickly and then close it suddenly. In this process, the instantaneous shock waves of the bubbles were closed, which caused the pressure and temperature adjustment of 1012-1013Pa around the bubbles. The huge pressure generated by this ultrasonic vacuum can destroy insoluble dirt and differentiate them in the solution. Steam -type empty impact on dirt. On the one hand, the adsorption of the surface of the dirt and the cleaning of the cleaning part, on the other hand, can cause the fatigue destruction of the dirt layer and be refuted. Drilling the "vibration of the vibration, the dirt layer dropped off. Due to the navigation effect, the two liquids quickly dispersed and emulsified in the interface. When the solid particles were wrapped in oil and adhered to the surface of the cleaning piece, the oil was emulsified and the solid particles fell off by themselves. When spreading in the cleaning solution, the sound pressure of positive and negative transformations will be generated to form a shooting flow and impact cleaning parts. At the same time, because the non -linear effect will generate sound and micro -sound flow, the ultrasonic is empty to generate high -speed on the solid and liquid interface. Microcarflow, all these functions can destroy the dirt, remove or weaken the boundary dirt, increase the stirring and diffusion effects, accelerate the dissolution of soluble dirt, and strengthen the cleaning effect of chemical cleaning agents. It can be seen that all the liquids can be immersed in and the sound field has a cleaning effect, which is characterized by the cleaning of parts with very complex surface shapes. Especially after using this technology, the amount of chemical solvents can be reduced, thereby greatly reducing environmental pollution. The second ultrasonic wave spreads in the liquid, making the liquid and cleaning slot vibrate together under the ultrasonic frequency. The liquid and cleaning slot have their own inherent frequencies. This vibration frequency is sound wave frequency, so people hear buzzing. In addition, during the ultrasonic cleaning process, the bubble that can be seen with the naked eye is not a vacuum nuclear group foam, but a air bubble. It has a suppression effect on the airification effect to reduce the cleaning efficiency. Only when the air bubbles in the liquid are completely dragged away, the vacuum nuclear foam bubbles that are empty can achieve the best results.
1. The principle of emptyization Profenged ultrasonic cleaning equipment When cleaning the instrument, the results produced during high -frequency ultrasonic formation of high -pressure and low pressure ultrasound interaction. Each bubble liquid will produce a great energy shock wave when it is ruptured. When the bubbles will become larger at the low pressure stage, the internal explosion will occur after reaching the high pressure stage. The phenomenon of atmospheric pressure caused by this instantaneous high temperature is called "empty effect". The ultrasonic cleaning method is to use the principle of "emptyness" to achieve the purpose of cleaning the surface and outside surface pollutants inside and outside the items. 2, sound energy conversion principle The hardware ultrasonic cleaning equipment translates the ultrasonic frequency source into sound energy by power, and then converts the principle of mechanical vibration to help cleaning equipment pollutants. It is very safe to use ultrasonic cleaning work. The energy generated by the burst of thousands of bubbles per second is cleaned to extremely small areas for cleaning to peel the dirt. The cleaning process is very safe and effective. The high -quality small ultrasonic cleaning equipment in factories, hospitals or life can be cleaned very much. The ultrasonic cleaning method generated by combining physical and chemical cleaning methods is set. Clear processes and processes to help the instrument to remove pollutants. The reason why ultrasonic cleaning equipment can achieve such effects is closely related to its working principle and cleaning method. It is better to use for the surface and quality of the product.
Ultrasonic cleaning The components that are adhered to oil are placed in oil removal, and the oil removal process of the ultrasonic field with a certain frequency is called ultrasonic removal under the action of a certain frequency. The introduction of ultrasonic waves can strengthen the oil removal process, shorten the oil removal time, improve the quality of oil removal, and reduce the consumption of chemicals. In particular, it has a significant oil removal effect on complex shape parts, small precision parts, parts with difficulty removing dirt and insulation materials, and can save time -consuming handicrafts to prevent parts from damage to parts. The effect of ultrasonic oil removal is related to the shape, size, surface oil pollution properties, solution components, parts of parts, etc. Therefore, the best ultrasonic oil removal process must be determined by testing. The frequency of ultrasonic oil removal is generally about 30kHz. The part hours use a higher frequency; when the part is large, the lower frequency is used. Ultrasonic is transmitted in line, and it is difficult to achieve the blocking part. Therefore, the parts should be rotated or flipped in the oil groove to make the surface of the ultrasonic waves on all parts on the surface, which is better than the oil removal effect. In addition, the concentration and temperature of the ultrasonic oil removal solution are lower than the corresponding chemical oil removal and electrochemical oil removal, so as not to affect the transmission of ultrasonic, and reduce the surface corrosion of the metal material.
Ultrasonic cleaning equipment is the preferred equipment in the cleaning industry. Whether it is cleaning efficiency or cleaning effect, especially in industries with industrial cleaning needs, most of the ultrasonic cleaning machines can be used. Jewelry, tableware, etc., can make the surface of objects refreshing, and have high temperature sterilization functions, which will not cause a little damage to the surface of the object. The ultrasonic cleaning machine uses the "empty effect" to clean it. What are the characteristics?
1. The principle of cleaning the effect of the effect
The principle of the ultrasonic cleaning machine is to send a high -frequency oscillating signal from the ultrasonic generator, and then convert it to high -frequency machinery through the transducer. The oscillating is spread to the cleaning fluid, and a large amount of bubbles produced by the liquid flow, and these bubbles will be covered on the surface of the cleaning objects, surrounded by layers. Finally The stains on the surface of the object are gradually falling off, which is the principle of empty effect.
2. The cleaning effect of the empty effect
The principle of cleaning the "empty effect" we mentioned above is the process of cleaning the object on the ultrasonic cleaning machine. Of course, the main purpose of our cleaning is to achieve cleaning cleaning Demand, solve the problem of cleaning, then during the use of cleaning, due to the high frequency of ultrasonic waves, there are many bubbles produced in the liquid phenomenon in the liquid. Thoroughly cleaning.
In general, the ultrasonic cleaning equipment is a cleaning equipment with high cleaning efficiency, especially some precise components, the gaps or the objects with more dead ends, and the ultrasonic cleaning machine can be cleaned at a time , Make the surface of the objects refreshed, and many problems encountered in the production industry will improve after using the ultrasonic cleaning machine, which will be improved, solving the final cleaning problem.
Ultrasonic cleaning has long been a professional cleaning method that is given priority. Ultrasonic cleaning has been 60 years. This kind of top and innovative cleaning technology prompts even the material that is very difficult to clean can easily remove stains, pollution substances, slag and dirt.
It since World War II, experts seem to be obsessed with the concept of ultrasound. This invisible sound wave frequency is 20,000 to 100,000 cycles per second, which has long been a clear feature from national defense military application to medical technology.
The cleaning industry has not been rejected. Ultrasound is now dominated by the field of cleaning. Ultrasound principles, you can clean all kinds of objects such as jewelry jewelry and medical equipment.
. However, many people do not have the principle of cleaning the ultrasonic cleaning machine.
. They are composed of a variety of materials. Although most people know ordinary washing machines, many people do not know the composition of ultrasonic cleaning machine. The ultrasonic cleaning machine consists of three basic components: cleaning slot, generator and converter.
The cleaning slot: The ultrasonic cleaning machine has a lot of cleaning slots to choose from. The size of the selected equipment lies in the size and number of cleaning objects.
The generator: The generator is a mechanical energy that converts electrical energy from the source to sound waves. This sound waves are composed of millions of fine vapor bubbles. Each steam bubble is full of vacuum effect called internal explosion. When the bubbles collapse on the cleaned object, it will burst internal explosion, and then remove the scum on the object. This process is called empty.
The converter: The converter is the most important part of the ultrasonic cleaning machine. The electric energy generated by the generator is the sound wave frequency that human ears cannot hear. The ultrasonic frequency is generally about 40kHz.
The converter has two core parts: the frequency board and the converter itself. For most cleaning machines, piezoelectric crystals are used as active elements. They are generally at the bottom.
It other functions, such as timer, temperature control switch and rack basket, can be used for many models. Therefore, before buying an ultrasonic cleaning machine, we must understand its role and specifications. Ensure that the selected cleaning machine capacity is enough to meet the needs.
How to clean
Plinking the device to the power supply first, turn on the power switch, and start working immediately. When the generator gradually converts the power of the power supply directly into the power of the converter, the converter gradually vibrates and the artery. Gradually convert electrical energy into ultrasonic energy.
Due to rapid movement, the converter also generates high -frequency compressed sound waves. This type of movement eventually led to the formation of empty foam. When this process occurred, the foam passed through the cleaning solution and quickly washed.
This foam will attack the parts, and then remove the pollution. The intensity of this process ensures that the objects of cleaning look as good as new.
The frequency of ultrasonic cleaning
This steam foam
The ultrasound is about the frequency of sound. The ultrasonic frequency is measured at thousands of cycles per second. Generally, the range of ultrasound includes 20kHz to 100kHz. Most ultrasonic cleaning occurs around 40 to 60kHz.
The frequency level determines the type of cleaning created. Under high frequency, small bubbles will also be produced, which will provide a more gentle and detailed cleaning effect. If you want to clean a lot of dirt and pollutants, you should use a lower frequency. The lower the frequency, the larger the steam bubbles, allowing users to perform stronger and radical cleaning movements.
has different types of ultrasonic cleaning machines
not all ultrasonic cleaning machines. Let's take a look at several different types of ultrasonic cleaning machines in the market.
If industrial cleaning solution: To put it plainly, this cleaning solution is high -end and is suitable for the main use of industrial types. Therefore, this kind of cleaning can is either large or customized. In the same way, the generator is stronger, brings more power, and the converter level is very high.
The laboratory size/desktop cleaning machine: The laboratory size or desktop cleaning machine is available to choose from. The space occupied is smaller than the industrial cleaning machine and is dedicated to the operation of 24 hours. Everyone usually brings more parts to assist cleaning operations.
Small systems: This system is generally suitable for home or small enterprise environment, providing large system functions, but less capacity and function.
What are the cleaning misunderstandings of the ultrasonic cleaning machine?
Error concept 1: You cannot use aluminum
The is not true at all. In fact, aluminum is sometimes used to test the uniformity of ultrasonic cleaning machines. Be sure to check the reading manual to confirm which metals are safe.
Error concept 2: Power is not important
It people think that only one ultrasonic instrument needs to be purchased to clean all types of dirt or pollution substances. In fact, there are many variables that affect performance.
Error concept 3: The longer the cleaning time, the cleaner the cleaning
This can indeed be cleaned for most of the cleaning methods, but the ultrasonic cleaning is not. A complete cycle can be completed to complete the cleaning work. Generally speaking, if the equipment is sufficient, there is no need to repeatedly circulate cleaning. This is not good for the cleaning machine.
The selection of suitable cleaning schemes is particularly important
The cleaning process starts with the appropriate cleaning solvent. Do not use the cleaning solvent that does not meet the standards, but also look forward to the cleaning machine that can operate efficiently. Before buying cleaning solvents, please pay attention and browse the instructions in detail. Many cleaning schemes are based on water, but they are not suitable for cleaning all objects.
Once the correct and suitable cleaning scheme is confirmed according to the equipment requirements, the rest is easier. First, use the cleaning machine to remove pollution substances and slag. Next, put the cleaning objects in the accessories basket and insert it into the water tank. Open the machine and quickly complete the cleaning work. The standard cleaning time is about 10 minutes.
The take care of the cleaning machine
Them wave cleaning machine is generally given nearly 2.5 years of manufacturer warranty. If the cleaning machine is damaged, you can go to the factory for warranty.
If the device is wrong, the device fails, it may need to be warranty at their own expense. Please follow the instructions to use the cleaning machine.
web links
The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. Destroy the sucking of the surface of the dirt and cleaning parts, causing the fatigue destruction of the dirt layer and being refuted. The vibration of the gas bubble is scrubbed on the solid surface. Here are the main links and steps of its work, the principles and knowledge of how the ultrasonic cleaning machine works. Ultrasonic is a sound wave with frequency higher than 20,000 Hz. It has good direction, strong penetration ability, and easy to obtain more concentrated sound energy. It is far from the distance in the water. Wait. There are many applications in medicine, military, industry, and agriculture. Ultrasound is named after the lower limit of the frequency of human hearing. The principle of ultrasonic cleaning machine is mainly through the converter to convert the sound of the power ultrasonic frequency source into a mechanical vibration, and the cleaning solution that radiates the ultrasound to the groove by cleaning the groove wall. Due to the radiation of ultrasonic waves, the micro -bubbles in the liquid in the groove can be vibrated under the action of sound waves. When the sound pressure or the sound strong is stressed to a certain extent, the bubbles will expand quickly and then close it suddenly. In this process, the instantaneous shock waves of the bubbles were closed, which caused the pressure and temperature adjustment of 1012-1013Pa around the bubbles. The huge pressure generated by this ultrasonic vacuum can destroy insoluble dirt and differentiate them in the solution. Steam -type empty impact on dirt. On the one hand, the adsorption of the surface of the dirt and the cleaning of the cleaning part, on the other hand, can cause the fatigue destruction of the dirt layer and be refuted. Drilling the "vibration of the vibration, the dirt layer dropped off. Due to the navigation effect, the two liquids quickly dispersed and emulsified in the interface. When the solid particles were wrapped in oil and adhered to the surface of the cleaning piece, the oil was emulsified and the solid particles fell off by themselves. When spreading in the cleaning solution, the sound pressure of positive and negative transformations will be generated to form a shooting flow and impact cleaning parts. At the same time, because the non -linear effect will generate sound and micro -sound flow, the ultrasonic is empty to generate high -speed on the solid and liquid interface. Microcarflow, all these functions can destroy the dirt, remove or weaken the boundary dirt, increase the stirring and diffusion effects, accelerate the dissolution of soluble dirt, and strengthen the cleaning effect of chemical cleaning agents. It can be seen that all the liquids can be immersed in and the sound field has a cleaning effect, which is characterized by the cleaning of parts with very complex surface shapes. Especially after using this technology, the amount of chemical solvents can be reduced, thereby greatly reducing environmental pollution. The second ultrasonic wave spreads in the liquid, making the liquid and cleaning slot vibrate together under the ultrasonic frequency. The liquid and cleaning slot have their own inherent frequencies. This vibration frequency is sound wave frequency, so people hear buzzing. In addition, during the ultrasonic cleaning process, the bubble that can be seen with the naked eye is not a vacuum nuclear group foam, but a air bubble. It has a suppression effect on the airification effect to reduce the cleaning efficiency. Only when the air bubbles in the liquid are completely dragged away, the vacuum nuclear foam bubbles that are empty can achieve the best results.
1. The principle of emptyization
Profenged ultrasonic cleaning equipment When cleaning the instrument, the results produced during high -frequency ultrasonic formation of high -pressure and low pressure ultrasound interaction. Each bubble liquid will produce a great energy shock wave when it is ruptured. When the bubbles will become larger at the low pressure stage, the internal explosion will occur after reaching the high pressure stage. The phenomenon of atmospheric pressure caused by this instantaneous high temperature is called "empty effect". The ultrasonic cleaning method is to use the principle of "emptyness" to achieve the purpose of cleaning the surface and outside surface pollutants inside and outside the items.
2, sound energy conversion principle
The hardware ultrasonic cleaning equipment translates the ultrasonic frequency source into sound energy by power, and then converts the principle of mechanical vibration to help cleaning equipment pollutants. It is very safe to use ultrasonic cleaning work. The energy generated by the burst of thousands of bubbles per second is cleaned to extremely small areas for cleaning to peel the dirt. The cleaning process is very safe and effective.
The high -quality small ultrasonic cleaning equipment in factories, hospitals or life can be cleaned very much. The ultrasonic cleaning method generated by combining physical and chemical cleaning methods is set. Clear processes and processes to help the instrument to remove pollutants. The reason why ultrasonic cleaning equipment can achieve such effects is closely related to its working principle and cleaning method. It is better to use for the surface and quality of the product.
Ultrasonic cleaning
The components that are adhered to oil are placed in oil removal, and the oil removal process of the ultrasonic field with a certain frequency is called ultrasonic removal under the action of a certain frequency. The introduction of ultrasonic waves can strengthen the oil removal process, shorten the oil removal time, improve the quality of oil removal, and reduce the consumption of chemicals. In particular, it has a significant oil removal effect on complex shape parts, small precision parts, parts with difficulty removing dirt and insulation materials, and can save time -consuming handicrafts to prevent parts from damage to parts.
The effect of ultrasonic oil removal is related to the shape, size, surface oil pollution properties, solution components, parts of parts, etc. Therefore, the best ultrasonic oil removal process must be determined by testing. The frequency of ultrasonic oil removal is generally about 30kHz. The part hours use a higher frequency; when the part is large, the lower frequency is used. Ultrasonic is transmitted in line, and it is difficult to achieve the blocking part. Therefore, the parts should be rotated or flipped in the oil groove to make the surface of the ultrasonic waves on all parts on the surface, which is better than the oil removal effect. In addition, the concentration and temperature of the ultrasonic oil removal solution are lower than the corresponding chemical oil removal and electrochemical oil removal, so as not to affect the transmission of ultrasonic, and reduce the surface corrosion of the metal material.