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P-JX-310-B Three-Layer Lithium Battery Vacuum Drying Oven
The P-JX‑310‑B is a premium lithium battery vacuum drying oven designed for electrode, cell, and pre‑fill drying. As a dedicated battery vacuum drying oven for electrode drying, it delivers ±0.1°C temperature accuracy and ≤±2.5°C uniformity (atmospheric). For large‑scale manufacturing, this industrial vacuum drying oven for lithium battery production offers three independently controlled layers, PLC automation, and 24‑hour vacuum retention ≥95%. Maximize yield and safety with P-JX‑310‑B.
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P-JX-310-B Three-Layer Lithium Battery Vacuum Drying Oven – ±0.1°C Accuracy, 24h Vacuum Retention ≥95% for Electrode & Cell Drying
⚡ Key Performance: Three-layer independent control | ≤ -0.095MPa vacuum | 24h vacuum retention ≥95% | ±0.1°C temperature accuracy | ≤±2.5°C atmospheric uniformity | ≤±3.5°C vacuum uniformity | RT to 150°C
Product Overview – P-JX-310-B Lithium Battery Vacuum Drying Oven
PPCELL’s P-JX-310-B lithium battery vacuum drying oven is a premium three-layer industrial vacuum drying oven designed for high-precision drying of lithium battery electrodes, cells, and pre-fill components. This lithium battery electrode drying oven delivers ±0.1°C temperature accuracy, ≤±2.5°C atmospheric uniformity, and ≤±3.5°C vacuum uniformity, ensuring consistent drying results across all three independently controlled chambers.
Constructed with 3.0mm imported 304 stainless steel chambers and multi-layer thermal insulation (outer wall <45°C), the P-JX-310-B ensures stable, repeatable drying cycles. Each of the three layers features independent heating, vacuum, and venting control – enabling simultaneous processing of different batches or cell types. With PLC automation, 24-hour vacuum retention ≥95%, and MES-ready integration, this industrial lithium battery drying oven is the ideal choice for high-throughput battery manufacturing facilities.
Key Features – Three-Layer Industrial Vacuum Drying Oven
- Three-Layer Independent Control: Each chamber (330×830×800mm) operates with independent temperature, vacuum, and venting profiles – process different batches or cell types simultaneously.
- High Vacuum Integrity: Achieves vacuum levels of -0.092 to -0.090MPa with ≥95% retention for 24 hours – ensures thorough moisture removal.
- Precise Temperature Control: ±0.1°C temperature accuracy with PID+SSR control, reaching set temperature within 30 minutes.
- Superior Temperature Uniformity: ≤±2.5°C at atmospheric pressure and ≤±3.5°C under vacuum (measured 50mm from chamber walls).
- O-Type External Hot Air Circulation: Left supply, right return design ensures consistent temperature distribution across the entire chamber.
- PLC Automation: Programmable heating, vacuum, and nitrogen purge cycles with recipe storage for repeatable drying processes.
- Multi-Layer Insulation: Outer wall temperature <45°C – energy efficient and safe for operator handling.
- Safety Features: Multi-zone over-temperature protection, audible/visual alarm, pressure interlock, and cross-layer gas leakage prevention.
- MES-Ready: Standard communication interface for full production traceability and data integration.
Technical Specifications – P-JX-310-B Vacuum Brying Oven
| Parameter | Specification |
|---|---|
| Heating Principle | Three-layer independent hot air circulation |
| Chamber Configuration | 3 independent layers |
| Chamber Dimensions (each) | 330(H) × 830(W) × 800(D) mm |
| Overall Dimensions (L×W×H) | 1970 × 1250 × 1100 mm |
| Power Supply | 380V 50Hz, 9kW (max) / 2.5kW (steady) |
| Temperature Range | Ambient to 150°C |
| Temperature Display Error | ≤±0.1°C (setpoint vs. stabilized display) |
| Temperature Uniformity (Vacuum) | ≤±3.5°C |
| Temperature Uniformity (Atmospheric) | ≤±2.5°C |
| Vacuum Range | -0.092 to -0.090 MPa |
| 24h Vacuum Retention | ≥95% |
| Cross-Layer Temperature Rise | ≤20°C (adjacent layer at 100°C) |
| Gas Supply | Dry gas 0.1–0.2MPa / Vacuum -0.098 to -0.1MPa / Compressed air 0.4–0.5MPa |
| Chamber Material | 3.0mm imported 304 stainless steel |
| Insulation | Multi-layer insulation, outer wall <45°C |
| Control System | PLC automation, MES-ready |
| Safety Features | Over-temperature protection, audible/visual alarm, pressure interlock |
Why Choose PPCELL P-JX-310-B?
- Three-Layer Independent Control: Process different batches or cell types simultaneously – maximize throughput and flexibility.
- Superior Vacuum Performance: ≥95% vacuum retention for 24 hours ensures thorough moisture removal for electrodes and cells.
- Precision Temperature Control: ±0.1°C accuracy and fast response time (30 minutes to set temperature) for consistent drying results.
- Industrial-Grade Construction: 3.0mm imported 304 stainless steel chambers and multi-layer insulation for long-term reliability.
- Automated Operation: PLC-controlled heating, vacuum, and purge cycles with recipe storage – reduce operator intervention.
- Energy Efficient: 9kW max power consumption with 2.5kW steady operation – lower operating costs.
- Smart Factory Ready: MES integration for full production traceability and data management.
- Global Support: 15+ years of battery equipment expertise, with installation, training, and after-sales service worldwide.
Frequently Asked Questions
Q1: What is the advantage of a three-layer vacuum drying oven over a single-layer oven?
The three-layer design allows independent temperature and vacuum control for each chamber, enabling simultaneous drying of different batches or cell types. This increases throughput by up to 30% compared to single-layer ovens while maintaining consistent drying quality across all chambers.
Q2: What is the vacuum retention performance of this oven?
The oven achieves ≥95% vacuum retention for 24 hours after pumping to -0.092 to -0.090MPa, ensuring thorough moisture removal and stable drying conditions.
Q3: What is the temperature accuracy and uniformity of this oven?
The oven delivers ≤±0.1°C temperature accuracy with ≤±2.5°C uniformity at atmospheric pressure and ≤±3.5°C uniformity under vacuum (measured 50mm from chamber walls).
Q4: Can this oven be used for both electrode and cell drying?
Yes. The P-JX-310-B is designed for electrode drying, cell drying, and pre-fill component drying. The three independent chambers allow simultaneous processing of different materials or cell types.
Q5: Does this oven support automation and MES integration?
Yes. The oven features PLC automation with programmable heating, vacuum, and purge cycles, and includes standard communication interfaces for MES integration and full production traceability.
Q6: What is the typical power consumption?
Maximum power consumption is 9kW, with steady operation averaging 2.5kW – making it energy-efficient for continuous industrial production.
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