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CR02 Lithium Battery Intensive Mixer wiht Heating Device

2024.9.2  |  CO-NELE

The lithium-ion graphene material granulator is a device used to make lithium-ion graphene materials into granules. The following is a detailed introduction for you:


Intensive granulator mixer Working principle:

Inclined design of mixing container
The mixing container is inclined at a certain angle, which is conducive to the flow and tumbling of materials during the mixing process. When the mixer is working, the materials will slide down along the inclined container wall under the action of gravity, and will be continuously mixed by the mixing device.
The inclination angle can be adjusted according to different material characteristics and mixing requirements to achieve the best mixing effect. Generally speaking, the inclination angle between 30° and 60° is more common.


intensive mixer
High-speed rotation of mixing device
The mixing device is the core component of the inclined high-power mixer. It usually consists of multiple mixing blades installed on a high-speed rotating mixing shaft. The mixing shaft is driven by the drive system and rotates at a high speed, so that the mixing blades exert strong shear, convection and diffusion effects on the materials.
The shape and arrangement of the stirring blades are carefully designed to effectively mix materials of different particle sizes, densities and properties. For example, some stirring blades adopt a special spiral shape, which can make the materials form a complex flow trajectory during the mixing process and improve the mixing efficiency.


Laboratory intensive granulator mixer:
The structure includes a granulation disk, a barrel, a heating device, a cooling device, a transmission device, etc.
When working, the material enters the barrel from the feed port, and under the action of heating and shearing, the material is evenly mixed and formed into particles.

It is suitable for a variety of lithium-ion graphene materials, with high granulation efficiency and relatively uniform particle shape and size.


intensive granulator mixer Application advantages:
Improve material performance: Making lithium-ion graphene into granules can improve its fluidity, dispersibility and processability, which is convenient for subsequent battery production processes such as coating and filling, so that the composition distribution of electrode materials is more uniform and the battery performance is improved.
Control particle size and shape: According to different battery production requirements, the granulation process is accurately controlled to obtain the required particle size and shape to meet the requirements of specific battery models or processes for electrode materials, which helps to improve the consistency and stability of the battery.
Improve production efficiency: realize continuous and automated production, greatly improve production efficiency, reduce manual operation and labor intensity, and ensure the stability of product quality.

Market situation: With the rapid development of the lithium battery industry, the demand for lithium battery graphene material granulators is also growing.

At present, CO-NELE provides granulator equipment of various types and specifications. The performance, efficiency and automation of granulators are also constantly improving to meet the lithium battery industry's demand for high-quality electrode materials.

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Related Products

CO-NELE inclined intensive mixer use of reverse flow mixing principles can achieve the best hybrid uniformity in the shortest time.

[Function]Mixed,equalization,pinching,plasticizing,dispersing,granular,agglomeration,emulsification,covering,pulp,ball making,etc.

[Application]refractory materials,lithium batteries,ceramics,casting,metallurgy,environmental protection,building materials,chemical industry,compound fertilizer,.etc.

Advantages of Intensive Mixer
Optimized homogenization of process materials.
Shortest mixing times.
Excellent and stable product quality.
Low wear and maintenance.
Variable setup options for machine components and energy input range.
No demixing, even with ingredients of different densities.
Hybrid mixing processes with adjustable drives for the rotor and mixing pan.
Cost-effective operation and high mixing efficiency.
Reliable reproducibility in terms of product quality and batch times

CR11 Intensive mixer

CR02 has all the features of the multifunction CO-NELE mixing system and can be used for a great variety of challenging processing applications, such as mixing, granulating, and many more.Effective volume up to 5-50 liters for highest demands in research,development and production

CR02 Laboratory Intensive Mixer
Flexible CR laboratory granulating mixers for challenging tasks in R&D and small-scale production.
High-speed and high-efficiency - high-quality pelletized particle size can be obtained in a very short granulation time.
Scale-up without limits - test results can be converted to industrial scale
The applications of this CR  laboratory granulating mixers are varied.

For example: mixing, granulating, coating, kneading, dispersing, dissolving, defibrating, etc.

Granulator application industry
ceramics
Molding materials, molecular sieves, proppants, varistor materials, dental materials, ceramic tools, abrasive materials, oxide ceramics, grinding balls, ferrites, etc.

building materials
Porous media of bricks, expanded clay, perlite, etc., refractory ceramsite, clay ceramsite, shale ceramsite, ceramsite filter material, ceramsite brick, ceramsite concrete, etc.

Glass
Glass powder, carbon, leaded glass frit, waste glass slag, etc.

metallurgy
Zinc and lead ore, alumina, carborundum, iron ore, etc.

chemical
Slaked lime, dolomite, phosphate fertilizers, peat fertilizers, mineral materials, sugar beet seeds, fertilizers, phosphate fertilizers, carbon black, etc.

Environmental friendly
Cement filter dust, fly ash, sludge, dust, lead oxide, fly ash, slag, dust, etc.

Carbon black, metal powder, zirconia

CR Laboratory Granulating and Pelletizing Mixers
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