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Environment-friendly cleaning agent is mainly applied to the surface cleaning and drying of optical lens and other parts, and can be used in conjunction with ultrasonic cleaning machine, cleaning and drying of plastic, metal, alloy, glass and other parts.
Steel, iron, aluminum, copper and any other substrate electroplating, oxidation, spray processing of the surface oil removal pretreatment
Precision parts, optical lenses, liquid crystal glass, gold and diamond rings and other high-end products oil cleaning
Suitable for rolling plating, hanging plating, continuous plating, soaking, spraying and so on
Cleaning of oil - contaminated roads such as highways, toll booths, parking lots and urban roads
Oil pollution cleaning of motor vehicles, ships, factory equipment maintenance, railway locomotive maintenance, etc
Degradation of soil pollution caused by oil field exploitation and oil leakage
application
1, optical lens and other parts of the surface cleaning and drying, can be used with ultrasonic cleaning machine;
2. Cleaning and drying of plastic, metal, alloy, glass and other parts;
3. Soldering and cleaning of printed circuit board can effectively clean the residual pollutants on the product surface;
4. Clean all kinds of precision motors, motors and instruments;
5, auto parts cleaning, can cooperate with ultrasonic cleaning and spray cleaning;
6. Clean oil stains on the surface of equipment, and cooperate with 5S activities of the factory
7. Wax mold cleaning for precision casting
8. Electronic glass cleaning includes ITO glass, substrate glass and LED glass cleaning
Technical requirements
Yin xing environmental protection cleaning agent used in industrial dirt or scale cleaning chemicals, generally should meet the following technical requirements. For different cleaning purposes and cleaning objects of the cleaning agent, these requirements can be focused on or trade-offs.
cleaner
Technical characteristics of ultrasonic cleaning agent
Good cleaning effect, high cleanliness and consistent cleanliness of all workpieces.
Fast cleaning speed, improve production efficiency, no manual contact with cleaning fluid, safe and reliable.
Deep holes, fine joints and workpiece concealment can also be cleaned.
No damage to the workpiece surface, saving solvent, heat, working place and labor.
Ultrasonic cleaning way than general with conventional cleaning methods, especially the surface of the workpiece is more complex, as some surface is uneven, there are blind holes of mechanical parts, some very small and have higher request for cleanliness products such as: watches and clocks, and precision machinery parts, electronic components, circuit board components, such as the use of ultrasonic cleaning can get ideal effect. The principle of ultrasonic cleaning is the high-frequency oscillation signal sent by the ultrasonic generator, which is transmitted to the dielectric -- cleaning solvent by converting the transducer into high-frequency mechanical oscillation. The same density of ultrasonic forward radiation in the cleaning liquid makes the liquid flow and produces tens of thousands of tiny bubbles.
These bubbles form and grow in the negative pressure region of ultrasonic wave longitudinal propagation, and close quickly in the positive pressure region. In this process, which is called "cavitation" effect, bubble closure can form instantaneous high pressure exceeding 1000 atmospheres. Instantaneous high pressure is generated continuously, just like a series of small "explosions" that continuously impact the surface of an object and quickly peel off the dirt in the surface and cracks of the object, so as to achieve the purpose of surface purification of the object.
The mechanism of ultrasonic cleaning mainly includes the following aspects: due to the strong shock wave generated when cavitation bubble bursts, part of the dirt layer is stripped off, dispersed, emulsified and detached under the action of shock wave. The bubbles generated by cavitation are permeated by the gap and gap between the dirt layer formed by impact and the surface layer. Due to the synchronous expansion and contraction of such small bubbles and sound pressure, the physical force like peeling repeatedly ACTS on the dirt layer. The dirt layer is peeled off layer by layer, and the bubbles continue to permeate into the dirt layer until the dirt layer is completely peeled off. This is the cavitation quadratic effect. The impact of ultrasonic vibration of cleaning fluid on dirt in ultrasonic cleaning. Ultrasonic acceleration of chemical cleaning agent (rt-808 ultrasonic cleaning agent) on the dirt dissolution process, chemical force and physical force combined to accelerate the cleaning process.
2. Upgrade products for alkali products, mild alkaline, will not corrode any metal matrix, applicable to a wide range.
3, high oil removal efficiency and easy to use, ratio concentration is lower than the conventional liquid cleaning agent, economic and durable.
4, the agent itself contains highly effective metal corrosion inhibitors, cleaning the workpiece itself has a certain anti-rust effect.
5. Good resistance to hard and soft water, excellent biodegradability.
6. Excellent antagonism to oil redeposition and emulsification.
7, after cleaning will increase the luster of the metal surface.
8, the operating temperature conditions are broad, suitable for all kinds of metal cleaning temperature.
9. PH value: 12.5 + 0.3, appearance: colorless - light yellow.
Operation and operation instructions:
1. Ratio concentration: 5%
2, working temperature: 55 ℃ to 70 ℃
3. Cleaning method: manual cleaning, soaking, ultrasonic cleaning or mechanical rolling cleaning are available. Cooperate with our sodium salt products
Fruit is better.
4. Due to continuous evaporation and water loss, this agent needs to be regularly supplemented and added. The amount of addition is generally determined by the analysis results.
5. Clean up oil floating on the liquid surface in time, and regularly clean up residue at the bottom of the tank.
CHAT
Contact
PHONE：13924886106、13924880736
E-mail：[email protected]
ADD：Room 101, Room 201, Building 10, Haichuang Dazu Robot Intelligent Manufacturing Center, No. 3, Erzhi Industrial Road, Xihai Village, Beijiao Town, Shunde District, Foshan City, Guangdong Province
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