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Skymen Cleaning Equipment Shenzhen Co., Ltd
Home ProductsUltrasonic Cleaning Machine

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane

China Skymen Cleaning Equipment Shenzhen Co., Ltd certification
China Skymen Cleaning Equipment Shenzhen Co., Ltd certification
I am happy that you are making good quality ultrasonic cleaner,first one is very good.

—— Stefan (Germany)

Excellent machine. I can recommended Skymen ultrasonic cleaner to everybody who need for professional or hobby.

—— Blasko Krstev

The systems were well received tested and working very fine. I appreciate all your help. Looking forward for having future business wth you again.

—— Haytham Tarhini (Saudi Arabia)

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SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane
SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane

Large Image :  SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane

Product Details:

Place of Origin: China
Brand Name: SKYMEN
Certification: CE, RoHs, FCC
Model Number: JP-11224ST

Payment & Shipping Terms:

Minimum Order Quantity: 1
Packaging Details: wooden case
Delivery Time: 20~30 working days
Supply Ability: 100 pcs per month
Detailed Product Description
Ultrasonic Power: 61200W Heating Power: 69000W
Power Supply: 380V 3 Phase Generator: 34pcs
Frequency: 28/40KHz Default Tank Capacity: SUS304
High Light:

SUS304 Ultrasonic Cleaner Machine

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Ultrasonic Cleaner Machine 40KHz

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Ceramic Filter Membrane Ultrasonic Washer Machine

10000L Ultrasonic Cleaning Machine For Ceramic Filter Membrane 40KHz


 


Detailed Specification of this machine:

1
Model
JP-11224ST
2
Parameter
 
Function
Ultrasonic cleaning
Ultrasonic Frequency
28/40kHz (other frequency can be customized)
Tank Material
SUS 304 (SUS 316 can be customized)
Thickness of tank 3mm
Inner tank dimension
3200*2000*1500mm
Tank Capacity
9600L
Transducer
1224pcs
Ultrasonic Power
61200W
Heating Power
69000W
Time setting of Ultrasonic
0~99 hours
Temperature setting
Room temperature ~ 95°C adjustable
Drain value
Available
Water inlet/outlet
Available
Generator
34 sets
Generator power control 1800W
Generator shelf Available
Basket Available
Basket load
4000KG
3
Packing
Overall size
370*270*230cm
Packing size
380*280*250cm
Packing detail By wooden case(No logs, free of fumigation)
N.W/G.W
4000KG/4300KG
4 Power supply 380V 3 phase; 220V 3 pahse; 415V; 600V
5
Warranty
1 year warranty for spare parts, all life technical support
6
Certificate
CE, RoHS; FCC, REACH
7
Lead time
20~30 working days after deposit
7 Optional functions Filtration cycle system Available; capture dirty water, recycle clean water
Lifting system for basket Available; take the basket up and down
Dunking system Available; Speed up cleaning
Bubbling Available; need to connect air compressor
Electrolysis Available; For cleaning more complex structure mold
Cooling system Available; To cool down inflammable and explosive
Constant temperature Available;
Roller barrel Available; for clean coins and big quantity parts
Anti-explosion electric box Available;
Deionized(DI) water Available
Double/Multi frequency Available; 28/40/20/68/80/132KHz
Other funtions Negotiate via email

 

 

Ultrasonic cleaning of Ceramic Filter Membrane

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 0


Other size and capacity for reference:

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 1


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 2


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 3


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 4


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 5


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 6


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 7


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 8


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 9


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 10


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 11


SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 12


Product show:

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 13SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 14SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 15SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 16SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 17SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 18SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 19


Cleaning effect show:

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 20

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 21


Skymen Cleaning Equipment Shenzhen CO., Ltd.

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 22

SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 23SUS304 Ultrasonic Cleaner Machine 40KHz For Ceramic Filter Membrane 24


The physical mechanism of ultrasonic cleaning is mainly ultrasonic cavitation, so to achieve a good cleaning effect, appropriate acoustic parameters and physical and chemical properties of the cleaning agent must be selected.

The higher the sound intensity, the stronger the cavitation. But after the sound intensity reaches a certain value, the cavitation tends to be saturated. If the sound intensity is too high, a large number of bubbles will be generated to increase the scattering attenuation. At the same time, the increase of the sound intensity will increase the nonlinear attenuation and weaken the cleaning effect far away from the sound source.
The higher the frequency, the higher the cavitation threshold, which means that to produce acoustic cavitation, the higher the frequency, the greater the sound intensity required. For example, to produce cavitation in water, the power required at 400kHz is 10 times greater than that at 10kHz. The frequency range generally used is 20-40kHz. The low frequency has high cavitation strength, which is suitable for the occasions where the surface of large cleaning parts and the surface of the cleaning parts have high bonding strength, but it is not easy to penetrate deep holes and parts with complex surface shapes, and the noise is large; higher frequencies have higher cavitation strength Weak, but low noise, suitable for cleaning with more complex surface shapes, slits and dirt and the surface of the cleaning part. Sound field distribution. A stable reverberation field is beneficial to cleaning. If there is a standing wave sound field in the cleaning tank, the cleaning parts cannot be cleaned uniformly due to uneven sound pressure distribution. Therefore, when possible, the geometry of the groove should be chosen to be suitable for establishing a mixed sound field. In addition, dual-frequency, multi-frequency, and frequency sweeping modes can be used to avoid cleaning the "dead zone".
The temperature of the cleaning fluid. As the temperature rises, the surface tension coefficient and viscosity coefficient of the liquid will decrease, so the cavitation threshold will decrease, making cavitation easy to occur; however, due to the temperature rise, the increase in vapor pressure will reduce the cavitation intensity. The preferred temperature of water is 60 degrees Celsius, and different cleaning agents have different optimal temperatures.
Coefficient of viscosity. The liquid with a large viscosity coefficient is difficult to produce cavitation, and the transmission loss is also increased, which is not conducive to cleaning.
Vapor pressure. The vapor pressure is low, the cavitation threshold is high, and there are few cavitation bubbles, but the impact force generated when the cavitation bubbles are closed is large. On the contrary, the high vapor pressure is easy to cavitation, but the cavitation intensity decreases.
Surface Tension. The liquid has high surface tension and high cavitation strength, but it is not easy to produce cavitation.
The type of gas contained in the liquid. The greater the specific heat capacity of the gas, the higher the cavitation intensity. Therefore, it is better to use monoatomic gases such as helium, neon and argon than to use diatomic gases such as nitrogen and oxygen.
In addition, when the cleaning liquid is not flowing, it is beneficial to cavitation, but if the cleaning liquid is not filtered and circulated, the dirt will be redeposited on the surface of the cleaning part, so it needs to flow, but it should not flow too fast.

Contact Details
Skymen Cleaning Equipment Shenzhen Co., Ltd

Contact Person: Crystal

Tel: +8618126095589

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