Carbon nanotubes are widely used in rubber, engineering plastics, synthetic resins and other composite materials to improve material stress levels. They can also be used in conductive materials, electromagnetic shielding materials, lithium batteries, fuel cells, and colloidal lead-acid batteries. Electrode modification, as well as new high speed photoelectric sensors.

In the process of producing graphene, how to refine the graphite better and solve the problem of agglomeration after refinement becomes a great difficulty. Iridium Company has developed a series of exfoliated graphene production equipment in accordance with the strong demand for graphene in the market. JP series graphene high shear cone grinding unit - nano cone grinding machine, referred to as: cone grinding, graphene grinding machine - nano cone grinding Can solve these two problems very well. The combination of the JP series colloid mill (cone mill) + dispersion stripped graphene fiber nanodevice can first grind and refine the graphite mixture (with solvent and dispersant) and then disperse through the dispersion head. This can not only refine but also avoid agglomeration, providing a powerful equipment power for the graphene industry.

    The grinding disperser is a high-tech product made up of a cone mill and a disperser. Preparation of comet microcrystalline powder carbon nanotube high shear cone mill by graphene mechanical method, graphene high shear cone grinding unit - nano cone mill, cone colloid mill, nano dispersion mill, ultra high speed dispersion mill , three-stage high shear dispersion grinding machine, four-stage high shear dispersion grinding machine, referred to as: cone grinding. JP series graphene microcrystalline powder carbon nanotube high shear cone mill is a new product that has been developed by Iridium Company. It is especially suitable for materials that need to be ground and dispersed in one step. Based on the mechanical principle of high-shear homogenizer, grinder and rubber grinder, we carry out independent innovation, innovation and invention. We will add a four-in-one multi-function graphene nano grinder (cone). Body grinding), then a colloid grinding head is added on the emulsification head, so that the material can be refined by colloidal grinding, and then the material is dispersed and emulsified and homogenized by an emulsifier. Colloid mills can be customized to meet material requirements.

Grinder structure:

  The first stage is complicated by the three-stage serrated protrusions and grooves with fine-grained ascent and the colloid-grinding motorized static grinding plate. The colloid mill static grinding disc stator can be adjusted without restriction to the ideal precision spacing between the colloidally ground motorized disc rotor. Under enhanced fluid turbulence, the grooves can change direction at each stage.

The second stage consists of a rotating stator. The design of the dispersion head also satisfies the needs of materials of different viscosities as well as particle size.

Microcrystalline powder carbon nanotube high shear cone mill, graphene microcrystalline powder carbon nanotube high shear cone mill, graphene high shear cone grinding unit - nano cone mill, cone colloid mill, nanodispersion Grinder, ultra-high speed dispersion mill, three-stage high shear dispersion mill, four-stage high shear dispersion mill. Abbreviation: cone mill

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