Jacketed Pilot Plant Reactors

The double-layer glass reaction vessel for ternary positive electrode materials is the core equipment for co-precipitation synthesis of lithium battery precursors, designed specifically for precise control of element distribution, improvement of material sphericity and tap density. It achieves precise control of temperature, pH, and stirring conditions through a double-layer glass structure, ensuring atomic level uniform co-precipitation of nickel, cobalt, and manganese, which directly affects the electrochemical performance of ternary materials.

Product Highlights

PH self-control system
Corrosion-resistant PH electrode+stepless speed regulating feeding pump, reducing manual adjustment fluctuations, and increasing product compaction density by 15%.
Real time monitoring
Optional 2D camera can be used to observe the formation process of material sphericity and optimize reaction parameters.
Efficient thermal management
The sandwich flow guide patent increases heat exchange efficiency by 40%, and the temperature fluctuation in the constant temperature zone is ≤± 0.5 ℃, ensuring uniform crystal growth.
Fully enclosed pollution prevention
GG17 glass+PTFE sealing components to prevent metal migration (iron and zinc content ≤ 0.1%), with metal impurities controlled below 50ppm.
Explosion proof design
The explosion-proof variable frequency motor is combined with an oxygen concentration sensor to directly handle flammable solvents, reducing the failure rate by 90%.
Vacuum sealing
Suppresses dust dispersion, leakage rate<1mg/m ³

Product Parameters

Volume (L) Temperature range (℃) Degree of vacuum (MPa) Stirring speed (rpm) Power (W)
50 ﹣80~200 ﹣0.098 10~600 370

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