Graphene With Ultrasonic Industrial Level Ultrasonic Sonochemical Equipment System

Ultrasonic Sonochemical Equipment
Graphene With Ultrasonic
Industrial Level Ultrasonic Sonochemical
Ultrasonic Sonochemical Equipment System

Graphene With Ultrasonic Industrial Level Ultrasonic Sonochemical Equipment System

The development of graphene industry demand high quality graphene urgently , before using Graphene , it's better to disperse by ultrasonic.

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Product Introduction

Graphene with Ultrasonic Industrial Level Ultrasonic Sonochemical Equipment System

Descriptions :

Ultrasonic sonochemistry Ultrasonic dispersion for more stable graphene dispersion fluid.

Currently we use two step exfoliation can obtain high concentration graphene dispersion, second ultrasonic in 30 hours reached the max concentration --- 20 mg/ml, the instantaneous concentration as high as 63 mg/ml.

After using various methods, the graphite expansion and the space between graphene sheets increases, the Vader waals forces between inter-layers reduce, at the same time use the liquid phase exfoliation can make graphene production rate greatly increased, and also can use water as solvent to obtain graphene, has a broad industrial prospect. Up to now, several companies use this way to achieve large production of graphene.

Through ultrasonic equipment, the surface of graphene reach 500~1000m²/g, thickness in 0.55~3.74nm, the purity is more than 95 wt%, straight in: 0.53 microns, layer number less than 10.

Specifications :

Frequency : 20kHz

Power : 500-3000watt

Input power : 110V/220V

Main advantages : High output intensity , high cavitation effect

Warranty : 1 Year

Delivery time : within 30 workdays

Innovation :

T caps use replaceable, solve the problem of the tool head cavitation, T caps normal working hours more than 800 hours.

Using the high-power ultrasonic transducer (1500w-3000w), more stable performance, normal service life more than 10000 hours.

Use of the digitally controlled power, to ensure that all the time in the best condition.

Dumbbell-type tool head design, greatly improving the ultrasonic radiation power per unit area.