Post Demand

Negative Electrode Material Crusher | Graphite Ultrafine Grinding | Sichuan Juzi

price  Grid 
¥0.00
Brand:
四川巨子
Model:
JZC-400,JZL-200
Degree of crushing:
Ultra-fine grinding
Energy consumption per unit:
<0.15KW
Output:
50-500kg/h
Installed Power (kW):
80kw
Product fineness:
3-74 microns
Feed particle size (mm):
less than 2 millimeters
Working principle:
Collision impact
Sichuan Juzi Powder Equipment Co., Ltd.
Shop owner:Manager Deng
Address:No. 19, South Section of Huoju West Street, High-tech Zone, Mianyang City, Sichuan Province
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  • Product Introduction

Specialized equipment for crushing graphite anode materials (graphite, artificial graphite, spherical graphite). Sichuan Juzi Powder Equipment mainly consists of the JZL airflow crushing, JZF airflow classification, and JZC mechanical impact mill series. Tailored and manufactured as specialized crushing and classification equipment based on the distinct characteristics of spherical graphite and artificial graphite. The product features: full negative pressure design, high precision in crushing and classification, particle shaping, low energy consumption, and minimal wear. It can be widely applied in the batch production of graphite (natural graphite, artificial graphite, spherical graphite) crushing and classification.

Equipment Features

1. Full negative pressure operation during processing ensures no dust pollution on site, maintaining a clean and dry environment.

2. Graphite crushing and classification is highly precise with large output! Specialized equipment can be selected based on different raw materials, with fully automated control and low energy consumption.

3. The crushing and classification precision is adjustable within the range of D97=3-74 microns.

4. Particle morphology shaping function, spherical graphite takes on a "potato-like shape."

5. Use baghouse dust collection with sectional reverse blowing and offline cleaning, achieving a collection rate of over 75%, effectively reducing raw material loss.

Main Technical Parameters



Technological process



Equipment Display





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