Due to the extraordinary material properties of graphene, such as: strength, hardness, service life, etc. In recent years, graphene has become more and more widely used. In order to incorporate graphene into the composite material and play its role, it must be dispersed into individual nanosheets. The higher the degree of deagglomeration, the more obvious the role of graphene.

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:

ADVANTAGES:

1.A mixture of green solvents such as organic acids, water and alcohol can be used to reduce the damage to the dispersed graphene.

2.A mixture of green solvents such as organic acids, water and alcohol can be used to reduce the damage to the dispersed graphene.

3.Can be dispersed into high viscosity and high concentration solutions.