Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH


Product Detail

Product Tags

Related Video

Feedback (2)

Persisting in "High top quality, Prompt Delivery, Aggressive Price", now we have established long-term cooperation with customers from the two overseas and domestically and get new and aged clients' large comments for 20k Ultrasound Ultrasonic Dispersing Emulsifier Equipment, Nanoparticle Dispersion Protein Extraction, Ultrasonic Graphene Dispersion Equipment, Created products with brand value. We attend seriously to produce and behave with integrity, and by the favor of customers at home and abroad in the xxx industry.
Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH Detail:

Graphene has excellent material properties, such as enhancing the strength of composite materials, and is increasingly used in the field of composite materials. However, it is difficult to peel off a single layer or a few layers of graphene from graphite. The traditional redox method requires very strong oxidants and reducing agents. The graphene obtained in this case often has defects.

Ultrasonic vibration overcomes the van der Waals force with a high shear force of 20,000 times per second, thereby preparing graphene with high conductivity, good dispersion and high concentration. Since the ultrasonic treatment process can be precisely controlled, the chemical and crystal structure of the graphene obtained by ultrasonic dispersion will not be destroyed.

SPECIFICATIONS:

Model JH-ZS5JH-ZS5L JH-ZS10JH-ZS10L
Frequency 20Khz 20Khz
Power 3.0Kw 3.0Kw
Input voltage 110/220/380V,50/60Hz
Processing capacity 5L 10L
Amplitude 10~100μm
 Cavitation intensity  2~4.5 w/cm2
 Material Titanium alloy horn, 304/316 ss tank.  
 Pump power 1.5Kw  1.5Kw
 Pump speed  2760rpm  2760rpm
 Max. flow rate  160L/min  160L/min
 Chiller Can control 10L liquid, from -5~100℃  
 Material particles  ≥300nm   ≥300nm
 Material viscosity  ≤1200cP  ≤1200cP
 Explosion proof   NO
 Remarks  JH-ZS5L/10L,match with a chiller

graphenegraphene

ADVANTAGES: 

High dispersion efficiency

The dispersed particles are finer and more uniform

Graphene is highly stable

Energy saving and environmental protection

APPLICATIONS:

grapheneapplication


Product detail pictures:

Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH detail pictures

Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH detail pictures

Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH detail pictures

Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH detail pictures

Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH detail pictures


Related Product Guide:

We have been experienced manufacturer. Wining the majority of the crucial certifications of its market for Factory source Ultrasound Ultrasonic Sonochemistry Reaction Machine - ultrasonic graphene dispersion equipment – JH , The product will supply to all over the world, such as: Monaco, Slovakia, Madras, We offer OEM services and replacement parts to meet the varying needs of our customers. We offer competitive price for quality products and we will make certain your shipment is handled quickly by our logistics department. We sincerely hope to have the opportunity to meet with you and see how we can help you further your own business.
  • This supplier's raw material quality is stable and reliable, has always been in accordance with the requirements of our company to provide the goods that quality meet our requirements.
    5 Stars By Amy from Anguilla - 2017.04.18 16:45
    In our cooperated wholesalers, this company has the best quality and reasonable price, they are our first choice.
    5 Stars By Bella from Detroit - 2018.06.30 17:29
    Write your message here and send it to us