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China Suppliers Factory Drying Oven for Electrode Baking in Battery Cell Production
EQUIPMENT CHARACTERISTICS
The drying oven is a critical component in battery production processes, serving essential functions such as baking electrode sheets, battery cores, and electrolyte-filled batteries to ensure optimal performance and longevity.
Application in Battery Production
The oven is primarily used for baking electrode sheets, battery cores, and assembled batteries filled with electrolyte. These components undergo specific heat treatment to remove residual solvents, improve adhesion of active materials, and enhance overall battery performance.
Operational Steps
Utilizing the drying oven begins with loading electrode sheets or assembled batteries into the chamber. Operators then set parameters such as heating time, vacuum duration, and nitrogen purging time to meet precise production requirements. These settings are crucial for controlling the baking process and achieving desired material properties.
Automated Process Management
Utilizing the drying oven begins with loading electrode sheets or assembled batteries into the chamber. Operators then set parameters such as heating time, vacuum duration, and nitrogen purging time to meet precise production requirements. These settings are crucial for controlling the baking process and achieving desired material properties.
Advanced Features
1 Temperature Control: The oven features advanced temperature control mechanisms that maintain precise and uniform heating throughout the chamber. This control is vital for achieving optimal baking conditions without overheating or underheating, which could compromise battery integrity.
2 Intuitive Monitoring: An intuitive temperature display allows operators to monitor oven conditions easily. This real-time feedback ensures that temperature variations are promptly detected and corrected, minimizing production deviations.
3 User-Friendly Design: The oven’s straightforward operation simplifies the baking procedure, reducing the complexity associated with heat treatment processes. Operators can efficiently manage production timelines and ensure adherence to quality standards with minimal training.
In conclusion
The drying oven’s combination of advanced functionality, precise temperature control, and user-friendly design makes it indispensable in battery manufacturing. By providing consistent and reliable baking conditions, the oven contributes significantly to the quality assurance and efficiency of battery production processes, supporting the advancement of energy storage technologies.
Blast Drying Oven For Battery Electrode Drying
Contact type Drying Oven For Battery Electrode Drying
Energy Efficient Vacuum Drying Oven For Battery Electrode Drying
Vacuum Drying Oven For Battery Electrode Drying
SPECIFICATION OF EQUIPMENT
| Product | |
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|
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| Model | WS-GFGZX | WS-JCSKX | WS-JNXZKKX | WS-GZKKX |
| Power | 950W | ≤ 18KW | 9KW | 12KW(3.5KW when uniform) |
| Temperature range | RT+10~300°C | RT~120°C | RT~150°C | RT+10~150°C |
| Temperature error | ±0.1°C | within the working area ≤±2°C | ≤±0.1°C | ±2.5°C (empty chamber, constant temperature); ±3.5°C (full load, constant temperature) |
| Temperature resolution | ±0.1°C | ±0.1°C | ±0.1°C | ±0.5°C |
| Temperature uniformity | ±2.5°C | ±2°C | ≤±3.5°C in vacuum, ≤±2.5°C in atmospheric pressure | ±3°C |
| Dimensions | W×D×H）：450×470×700mm | H 1961mm *W 1219mm *D1575mm | H2000mm*W1270mm*D1150(mm) | H2030*W1480*D2050(mm) |
| Weight | 29KG | 960kg | 760kg | 1650kg |
Frequently Asked Questions
What is the primary role of a drying oven in battery production?
The drying oven plays a critical role in baking electrode sheets, battery cores, and electrolyte-filled batteries. This heat treatment ensures optimal performance, improves the adhesion of active materials, removes residual solvents, and extends the battery's overall lifespan.
What process parameters can operators configure in the drying oven?
Operators can set and manage precise parameters including the heating time, vacuum duration, and nitrogen purging time. Configuring these settings accurately is vital for maintaining tight control over the chemical and physical properties of the materials.
How does the oven prevent underheating or overheating during operation?
The oven is engineered with advanced temperature control systems that ensure uniform and precise heat distribution. This is paired with an intuitive temperature display allowing real-time monitoring and prompt correction of any deviations.
What model options are available and how do they differ in power?
There are four primary models featured: WS-GFGZX (950W), WS-JCSKX (≤ 18KW), WS-JNXZKKX (9KW), and WS-GZKKX (12KW). They vary in power, temperature range, and dimensional size to suit different production scales.
How well is temperature uniformity maintained in vacuum versus atmospheric conditions?
For specialized models like the WS-JNXZKKX, the temperature uniformity is highly controlled, keeping variations within ≤±3.5°C under vacuum conditions and within ≤±2.5°C under atmospheric pressure.