碳?xì)淝逑礄C(jī)跟普通超聲波清洗機(jī)或噴淋清洗機(jī)的不同之處就是在清洗槽中，使用的溶劑是不同的，碳?xì)淝逑礄C(jī)的使用溶劑是碳?xì)淝逑磩?，相比起普通清洗劑來說，更，更，關(guān)于清洗機(jī)本身來說，也是要求更高的，工藝程序更加完善。

The difference between the hydrocarbon cleaning machine and the ordinary ultrasonic cleaning machine or spray cleaning machine is that the solvent used in the cleaning tank is different. The solvent used in the hydrocarbon cleaning machine is the hydrocarbon cleaning agent. Compared with the ordinary cleaning agent, it is more environmentally friendly and safer. For the cleaning machine itself, it is also more demanding and the process procedure is more complete.

碳?xì)淝逑礄C(jī)在清潔行業(yè)稱得上是機(jī)器設(shè)備界中的楷模，碳?xì)淝逑礄C(jī)是一種專門清潔精密五金工業(yè)零部件的清洗機(jī)械。清洗機(jī)設(shè)計(jì)原理也比較簡單，即在真空模式下還可以將須要清潔的產(chǎn)品的窄小空隙內(nèi)氣體及含在清洗液中的氣體抽出來，超音波啟動，擺動設(shè)備起動，拉動洗籃旋轉(zhuǎn)，使清洗液可以更好地開展清潔；到設(shè)置的時間段后，真空釋放出來，氣缸蓋開啟，清潔籃進(jìn)到下一個槽。

The hydrocarbon cleaning machine is a model in the field of machinery and equipment in the cleaning industry. The hydrocarbon cleaning machine is a cleaning machine specialized in cleaning precision hardware industrial parts. The design principle of the cleaning machine is also relatively simple, that is, in the vacuum mode, the gas in the narrow gap of the product to be cleaned and the gas contained in the cleaning fluid can be pumped out, the ultrasonic wave is started, the swing equipment is started, and the washing basket is pulled to rotate, so that the cleaning fluid can be cleaned better; After the set period of time, the vacuum is released, the cylinder head is opened, and the cleaning basket enters the next slot.

碳?xì)淝逑礄C(jī)清洗零件一般利用了超聲波的空化作用，空化作用也被稱之為空蝕功效，這使得碳?xì)淝逑匆号c液之間的相界面相互之間加快、分散化與在汽泡周邊造成髙速的微沖流，使沾附在被清洗零件表層上的廢棄物容易擺脫掉，這就是碳?xì)淝逑礄C(jī)的超聲波清洗中的空蝕的乳化作用和翻轉(zhuǎn)攪拌功效，并且，正確的的挑選碳?xì)淝逑丛O(shè)備的超聲清洗加工工藝能夠明顯地提升清理高的效率及實(shí)際效果。

The hydrocarbon cleaning machine generally uses the cavitation effect of ultrasonic wave to clean the parts. The cavitation effect is also called cavitation effect, which makes the phase interface between the hydrocarbon cleaning fluid and the liquid accelerate and disperse with each other, and creates a high-speed micro-flow around the bubble, making the waste adhering to the surface of the cleaned parts easy to be removed, which is the emulsification effect and the overturning and stirring effect of cavitation in the ultrasonic cleaning of the hydrocarbon cleaning machine, The correct selection of ultrasonic cleaning process of hydrocarbon cleaning equipment can significantly improve the efficiency and practical effect of cleaning.

什么樣的工件適合用碳?xì)淝逑礄C(jī)清洗？機(jī)加工車間、裝配車間、熱表熱處理車間、總裝車間、沖壓車間等零部件在加工過程中有些非常精密，有些有盲孔或深孔，而這些工件要求的清潔度還比較高，一直沒有太好的清洗方案，針對這種情況，碳?xì)淝逑礄C(jī)能很好的以上問題，特別是針對有盲孔的零部件、精密金屬部件清潔度效果好，問題。

What kind of workpiece is suitable for cleaning with hydrocarbon cleaner? Some parts and components such as machining workshop, assembly workshop, heat treatment workshop, final assembly workshop, stamping workshop are very precise in the process of processing, and some have blind holes or deep holes. However, the required cleanliness of these parts is relatively high, and there has been no good cleaning solution. In view of this situation, hydrocarbon cleaning can solve the above problems very well, especially for parts and components with blind holes and precision metal parts, Environmental protection solves problems.

此外零件在清洗槽內(nèi)如何運(yùn)動、選擇什么類型的超聲波以及超聲波在清洗槽內(nèi)如何排布是決定清洗作業(yè)能否達(dá)到用戶要求的關(guān)鍵因素。根據(jù)零件的結(jié)構(gòu)以及超聲波聲場疏密層的分布，可選擇拋動、轉(zhuǎn)動和旋轉(zhuǎn)等運(yùn)動方式。更多相關(guān)設(shè)備的問題可以隨時來聯(lián)系我們http://www.zjfsmy.com了解到！

In addition, how the parts move in the cleaning tank, what type of ultrasonic wave to choose and how to arrange the ultrasonic wave in the cleaning tank are the key factors to determine whether the cleaning operation can meet the user's requirements. According to the structure of the part and the distribution of the dense layer of the ultrasonic sound field, the motion modes such as throwing, rotating and rotating can be selected. Please feel free to contact us for more questions about related equipment http://www.zjfsmy.com come to know!