多槽超聲波清洗機(jī)適用于油漆、陶瓷和軟質(zhì)材料?？捎糜陔娮釉骷?、電鍍、五金、手表、表帶、工具、光學(xué)鏡片、寶石、噴絲板、眼鏡框、半導(dǎo)體硅片、旋轉(zhuǎn)濾嘴及玻璃制品、手機(jī)配件、汽車維修等。但是用多槽超聲波清洗機(jī)清洗不規(guī)則噴絲板注意以下五點(diǎn)。

Multi groove ultrasonic cleaning machine is suitable for paint, ceramics and soft materials. It can be used in electronic components, electroplating, hardware, watch, watch strap, tool, optical lens, gem, spinneret, eyeglass frame, semiconductor silicon chip, rotary filter and glass products, mobile phone accessories, automobile maintenance, etc. However, when cleaning the irregular spinneret with multi slot ultrasonic cleaning machine, pay attention to the following five points.

多槽超聲波清洗機(jī)機(jī)

Multi slot ultrasonic cleaning machine

1、多槽超聲波清洗機(jī)清洗時(shí)間

1. Cleaning time of multi tank ultrasonic cleaning machine

清洗時(shí)間的設(shè)定因噴絲板和產(chǎn)品的不同而不同。設(shè)定正確的時(shí)間，可以節(jié)省時(shí)間，達(dá)到好的清潔效果(通常設(shè)定的時(shí)間為10-20分鐘)。

The setting of cleaning time varies with spinneret and product. Setting the right time can save time and achieve good cleaning effect (usually the setting time is 10-20 minutes).

如果時(shí)間太短，工件就不能清洗。如果時(shí)間過長(zhǎng)，水洗后的樣品表面會(huì)出現(xiàn)空化斑點(diǎn)，影響表面光潔度。

If the time is too short, the workpiece cannot be cleaned. If the time is too long, cavitation spots will appear on the surface of the sample after washing, which will affect the surface finish.

2、多槽超聲波清洗機(jī)清洗溫度因素

2. Cleaning temperature factors of multi tank ultrasonic cleaning machine

由于每個(gè)不規(guī)則噴絲板的物理特性不同，清洗時(shí)需要選擇不同的清洗溫度。例如，油脂一般超過50攝氏度，但對(duì)于鋁件，一般選擇40攝氏度左右比較合適。溫度太高了。氧化斑點(diǎn)形成，但在有毛刺的情況下，一般建議選擇小于15攝氏度的。用多槽超聲波清洗機(jī)清洗不規(guī)則噴絲板注意以下五點(diǎn)。

Due to the different physical characteristics of each irregular spinneret, different cleaning temperature should be selected. For example, the grease is generally over 50 ℃, but for aluminum parts, it is more appropriate to choose about 40 ℃. The temperature is too high. Oxidation spots are formed, but in the case of burr, it is generally recommended to choose the one less than 15 ℃. Clean irregular spinneret with multi slot ultrasonic cleaning machine, pay attention to the following five points.

3、多槽超聲波清洗機(jī)頻率

3. Multi slot ultrasonic cleaning machine frequency

多槽超聲波清洗機(jī)超聲波頻率一般在25KHZ到130KHZ之間。使用水或水超聲波清洗噴絲板清洗劑時(shí)由空化引起的物理清洗功率對(duì)低頻明顯有利，一般在15-30kHz左右。清潔有小縫隙、狹縫和深孔的噴絲板。建議使用幾百kHz的高頻(通常為40kHz或更多)。請(qǐng)使用400kHz來保養(yǎng)手表噴絲板。使用寬帶調(diào)頻清洗時(shí)，效果會(huì)更好。

The ultrasonic frequency of multi slot ultrasonic cleaning machine is generally between 25kHz and 130KHz. When using water or water ultrasonic to clean spinneret cleaner, the physical cleaning power caused by cavitation is obviously beneficial to the low frequency, which is generally about 15-30KHZ. Clean spinneret with small gaps, slits and deep holes. A high frequency of several hundred kHz (usually 40 kHz or more) is recommended. Please use 400kHz to maintain the watch spinneret. When using broadband FM cleaning, the effect will be better.

4、超聲波清潔力

4. Ultrasonic cleaning power

標(biāo)準(zhǔn)多槽超聲波清洗機(jī)的功率范圍從100W到1500W。大功率產(chǎn)品主要用于清洗五金、機(jī)械等行業(yè)，或用于重污染的常見噴絲板。

The power range of standard multi slot ultrasonic cleaning machine is from 100W to 1500W. High power products are mainly used for cleaning hardware, machinery and other industries, or for heavy pollution common spinneret.

5、超聲波清洗解決方案

5. Ultrasonic cleaning solution

選擇正確的清潔溶液可以幫助你清潔不規(guī)則噴絲板。傳統(tǒng)的清洗溶液(介質(zhì))包括水基溶液和有機(jī)溶液，如酒精和汽油。目前的多槽超聲波清洗機(jī)超聲波清洗劑是各種清洗劑、潤(rùn)濕劑和其他可回收組分的混合物。

Choosing the right cleaning solution can help you clean the irregular spinneret. Traditional cleaning solutions (media) include water-based solutions and organic solutions, such as alcohol and gasoline. At present, the ultrasonic cleaning agent of multi tank ultrasonic cleaning machine is a mixture of various cleaning agents, wetting agents and other recyclable components.

可以選擇一些優(yōu)秀的針對(duì)性多槽超聲波清洗機(jī)清洗劑，達(dá)到適當(dāng)?shù)那逑葱Ч?，防止噴絲板和(清洗液)發(fā)生反應(yīng)。

Some excellent targeted multi slot ultrasonic cleaning agent can be selected to achieve proper cleaning effect and prevent the spinneret from reacting with (cleaning fluid).