自研發(fā)以來(lái)，超聲波清洗設(shè)備逐漸投入各個(gè)領(lǐng)域，并逐漸投入實(shí)際應(yīng)用，因此越來(lái)越多的人愿意使用這些裝置。但是，由于超聲波清洗設(shè)備制造商對(duì)設(shè)備不熟悉并且無(wú)法了解很多人，因此有人發(fā)現(xiàn)提醒大家購(gòu)買(mǎi)超聲波清洗設(shè)備需要注意四件事。

Since the research and development, ultrasonic cleaning equipment has been gradually put into various fields, and gradually put into practical application, so more and more people are willing to use these devices. However, because the manufacturers of ultrasonic cleaning equipment are not familiar with the equipment and can not understand many people, it is found that there are four things to pay attention to when purchasing ultrasonic cleaning equipment.

1.看看功率。

1. Look at the power.

超聲波清洗設(shè)備的清洗效果由空化效應(yīng)的大小決定，功率越大，空化越大，但過(guò)大的功率會(huì)在清洗液中產(chǎn)生大量的氣泡，從而增加清洗膜片的腐蝕。這大大縮短了設(shè)備壽命。如果功率太小，清潔效果會(huì)變差。因此，用戶(hù)可以在識(shí)別過(guò)程中更加注意清潔裝置的功率穩(wěn)定性，并且不應(yīng)該考慮太多的功率或太少的超聲波清潔裝置。時(shí)間取決于應(yīng)一次清洗多少產(chǎn)品以確定清洗槽的尺寸。

The cleaning effect of ultrasonic cleaning equipment is determined by the size of cavitation effect. The higher the power, the greater the cavitation. However, if the power is too high, a large number of bubbles will be generated in the cleaning fluid, which will increase the corrosion of cleaning membrane. This greatly shortens the life of the equipment. If the power is too low, the cleaning effect will be poor. Therefore, users can pay more attention to the power stability of the cleaning device in the identification process, and should not consider too much power or too little ultrasonic cleaning device. The time depends on how many products should be cleaned at a time to determine the size of the tank.

2.超聲波清洗機(jī)清潔劑選擇：

2. Selection of cleaning agent for ultrasonic cleaning machine:

洗滌劑是長(zhǎng)期使用該設(shè)備的消耗品，該洗滌劑分為有機(jī)溶劑和含水洗滌劑。根據(jù)配方有數(shù)千種類(lèi)型，每個(gè)清潔劑根據(jù)清潔劑的材料，特性和灰塵選擇清潔劑。通常，灰塵可以快速?gòu)氐椎厍鍧?，但不能清潔。外觀破壞工作關(guān)重要。

Detergents are consumables for long-term use of the equipment. The detergents are divided into organic solvent and water containing detergent. There are thousands of types depending on the formulation, and each cleaner is selected based on the material, properties and dust of the cleaner. Generally, dust can be cleaned quickly and thoroughly, but it cannot be cleaned. Appearance damage is essential.

3.注意直接流動(dòng)的問(wèn)題。

3. Pay attention to the problem of direct flow.

在一定程度上引入沿著聲音的傳播方向流動(dòng)的液體中產(chǎn)生的超聲波時(shí)，球在垂直于視線(xiàn)流量振蕩的平面的流被稱(chēng)為不可缺少現(xiàn)象超聲波清洗設(shè)備制造商發(fā)生直流聲強(qiáng)度，流速也通常這已得到修復(fù)。用于細(xì)灰塵表面清潔灰塵的油流線(xiàn)再現(xiàn)處理，清洗液的表面污染也產(chǎn)生了很大的作用攪拌新的液體和溶解在液體中的對(duì)流用于溶解快速溶解的混合土壤。因此，在購(gòu)買(mǎi)時(shí)確保直徑流量符合您的要求是個(gè)好主意。

When the ultrasonic wave generated in the liquid flowing along the direction of sound propagation is introduced to a certain extent, the flow of the ball in the plane perpendicular to the line of sight flow oscillation is called indispensable phenomenon. The ultrasonic cleaning equipment manufacturer has direct current sound intensity, and the flow rate is usually repaired. For the oil streamline reproduction treatment of clean dust on the surface of fine dust, the surface pollution of cleaning fluid also has a great effect on stirring new liquid and convection dissolved in liquid to dissolve rapidly dissolved mixed soil. Therefore, it is a good idea to make sure that the diameter flow meets your requirements when purchasing.

4.噪聲問(wèn)題的考慮

4. Consideration of noise

如果要產(chǎn)生低頻噪聲，請(qǐng)考慮選擇合適的頻率以便進(jìn)行簡(jiǎn)單操作。在其中要求去除的灰塵，而不對(duì)工件表面的損壞的高性能應(yīng)用中，較低的清洗頻率在范圍內(nèi)選擇的頻率范圍內(nèi)常常用于清潔一個(gè)大而重的部件或高密度材料保持的正常清洗頻率。超聲波清洗設(shè)備制造商還報(bào)告經(jīng)常使用清潔低頻的小而精細(xì)的部件或去除小顆粒。

If you want to generate low frequency noise, consider selecting the appropriate frequency for simple operation. In high performance applications where dust removal is required without damage to the surface of the workpiece, a lower cleaning frequency is often used to clean a large, heavy part or high-density material within a selected frequency range. Manufacturers of ultrasonic cleaning equipment also report frequent use of small, fine components or removal of small particles at low frequencies.