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Shanghai Sijun Machinery Equipment Co., Ltd

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    mike@sgnprocess.com

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    13681679740

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    No. 900 Zhudai Road, Zhuqiao Town, Jiading District, Shanghai

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Graphene powder particle carbon nanotube colloid mill

NegotiableUpdate on 01/19
Model
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Product Category
Place of Origin
Overview
The linear velocity of graphene powder particle carbon nanotube colloid grinding is very high, and the shear gap is very small. Therefore, when the material passes through, the frictional force formed is relatively intense, resulting in what is commonly known as wet grinding. The fixed rotor is made into a circular cone shape, with three-level sawtooth protrusions and grooves with increasing precision.
Product Details

Graphene powder particle carbon nanotube colloid millUltra high speed colloid mill, nano three-stage colloid mill, vacuum homogenizer emulsifier, vertical colloid mill

Graphene powder particlesProduct Features:
Graphene is not only one of the known materials that is thin, but also very strong and hard; As a simple substance, it transfers electrons faster at room temperature than known conductors

Detailed information on graphene powder particles:

Graphene is a new material with a single-layer sheet-like structure composed of carbon atoms. Currently, it is a thin yet hard nanomaterial in the world, almost transparent and only absorbing 2.3% of light.

Due to its unique properties, graphene is known as a 'magical material'. Scientists even predict that the graphene battery will change the 21st century. Adding graphene to battery electrode materials can greatly improve charging efficiency and increase battery capacity. Self assembling multi-layer graphene sheets are not only an ideal design for lithium air batteries, but can also be applied to many other potential energy storage fields such as supercapacitors, electromagnetic guns, etc. In addition, the new graphene material will not rely on platinum or other precious metals, which can effectively reduce costs and environmental impact.

SHSINAThe graphene grinding machine adopts Germany's advanced high-speed grinding and dispersion technology, which drives the ultra-high precision grinding head rotor (usually equipped with CM+8SF, with a rotor rotor gap of 0.2-0.3mm) through ultra-high speed (up to 14000rpm) to create turbulence in the graphene slurry at the high linear velocity of the equipment. The slurry continuously collides, breaks, grinds, disperses, and homogenizes in the rotor rotor rotor gap, resulting in ultrafine particles (of course, suitable dispersants are also needed as additives). Based on the above points, an ideal conductive graphene slurry can be obtained.

carbon nanotubeThe application is very extensive, not only in rubberengineering plasticSynthetic resins, etccomposite materialUsed to improve materialsstress level, can also be used forconductive materialElectromagnetic shielding materials, lithium batteriesfuel cellColloidslead-acid batteryElectrode modification and new high-speed technologyphotoelectric sensor .

Graphene powder particle carbon nanotube colloid millThe linear velocity is very high and the shear gap is very small, so when the material passes through, the frictional force formed is relatively intense, resulting in what is commonly known as wet grinding. The fixed rotor is made into a circular cone shape, with three-level sawtooth protrusions and grooves with increasing precision. The stator can be infinitely adjusted to the desired distance between it and the rotor. Under enhanced fluid turbulence, grooves can change direction at each stage. High quality surface polishing and structural materials can meet various requirements of different industries.

ofAdvantages:
   High throughput combined with excellent grinding effect
   Customize different grinding blades to achieve multiple grinding and cutting rates
   To reduce particle size control, the stator can be infinitely adjusted/Gap setting between rotors
   SGNDisperser GMThe compactness of the production system is the result of machine online design.
   Suitable for viscosity up to50,000 mPasMaterials with various viscosity ranges
   Can be up to16 barOperating under pressure
   Easy to scale up production, from laboratory machinesGMDevelop to Production MachinesGM
   All components that come into contact with liquids are316Lor316Tistainless steel
   High performance mechanical seal with wear-resistant materials
   High quality surface treatment for easy cleaning
   Other materials and surface treatments can be provided upon request
   The machine can automatically drain water, haveCIPandSIPfunction
   Low noise
   According to complianceEHEDG(European Health Engineering Design Group) Guideline Manufacturing
   comply with3AHygiene and Certification
   Provide pharmaceuticals as needed
   Based on the providedATEX 95Guidelines for implementing explosion-proof measures

Technical Specifications

model

standard flow

L/H

output speed

rpm

Standard linear velocity

m/s

Motor power

KW

import size

outlet size

GM2000/4

300-1000

9000

23

2.2

DN25

DN15

GM2000/5

3000

6000

23

7.5

DN40

DN32

GM2000/10

8000

4200

23

15

DN50

DN50

GM2000/20

20000

3000

23

37

DN80

DN65

GM2000/30

40000

1500

23

55

DN150

DN125

GM2000/40

70000

1500

23

90

DN150

DN125