Vacuum Mixing Machine Electrode Slurry Mixer in Battery Manufacturing
EQUIPMENT CHARACTERISTICS
The machine described operates with precision in its mixing chamber, where various crucial components are meticulously combined to create the electrode slurry. This slurry is fundamental in the production of batteries, integrating active materials like ternary compounds, lithium cobalt oxide, lithium iron phosphate, and other necessary substances such as conductive additives, PVDF (Polyvinylidene fluoride), and NMP (N-Methyl-2-pyrrolidone). Each component is carefully measured and introduced into the mixing chamber in exacting quantities to achieve the desired chemical composition and performance characteristics of the slurry.
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Inside the mixing chamber, a sophisticated blending mechanism ensures thorough homogenization of all ingredients. This process is crucial as it directly influences the uniformity of the slurry. A homogeneous slurry is essential for consistent coating and drying of the electrode layer during subsequent manufacturing steps. This uniformity plays a critical role in enhancing the overall efficiency and reliability of the battery.
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The machine’s design incorporates specific control points to manage the slurry’s properties and the mixing process itself. These control points include parameters like viscosity, particle size distribution, and solid content, which directly impact the slurry's performance and application suitability. Additionally, process control parameters such as mixing speed, temperature, duration, and sequence are meticulously regulated to ensure optimal mixing efficiency and product quality consistency.
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By focusing on these control points, the machine enables manufacturers to achieve precise formulation and reproducibility in the production of electrode slurries. This capability not only enhances the operational efficiency of battery manufacturing processes but also contributes to the durability and performance consistency of the batteries produced.
In summary, the machine’s advanced mixing chamber technology and comprehensive control features underscore its critical role in the efficient and reliable production of electrode slurries, supporting the broader advancements in battery technology and energy storage solutions.
SPECIFICATION OF EQUIPMENT
Product |
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Model |
WS-JBJ-2L |
WS-JBJ-5L |
WS-JBJ-10L |
WS-JBJ-20L |
WS-JBJ-30L |
Effective volume |
2L |
5L |
10L |
20L |
30L |
Design volume |
3L |
7.4L |
14L |
28L |
44L |
Power supply |
AC3*380V, 50HZ |
AC3*380V, 50HZ |
AC3*380V, 50HZ |
AC3*380V, 50HZ |
AC3*380V, 50HZ |
Dimensions |
L1100*W660*H1300mm |
L1250*W770*H1450mm |
L1350*W850*H1750mm |
L1350*W850*H1750mm |
L1700*W950*H1900mm |
Weight |
About 450kg |
About 670kg |
About 800kg |
About 900kg |
About 1500kg |
Structure |
Single-arm type |
Single-arm type |
Single-arm type |
Single-arm type |
Single-arm type |
Revolution speed |
0-52r/min |
0-43r/min |
0-42r/min |
0-48r/min |
0-38r/min |
Rotation speed |
0-76r/min (frequency conversion speed regulation) |
0-86r/min (frequency conversion speed regulation) |
0-72r/min (frequency conversion speed regulation) |
0-82r/min (frequency conversion speed regulation) |
0-75r/min (frequency conversion speed regulation) |
Lifting height |
180mm |
180mm |
300mm |
300mm |
400mm |
Total power |
2.6kw+0.37kw reducer |
4kw |
4kw |
6kw |
7KW |