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China Vacuum Oven for Lithium Battery Aging - Reliable Suppliers and Quality Factory Equipment

Principle and Application of Our Advanced Lithium Battery Oven

Our state-of-the-art oven is specifically designed for the baking and aging processes of lithium battery cells and pole pieces. Utilizing advanced air flow technology and a uniform reflective plate, this oven ensures optimal performance. With intelligent process control, it effectively handles high temperatures, constant temperature maintenance, vacuum sustainability, as well as rapid heating and cooling rates. Our product is highly adjustable, allowing users to set program cycles from 0 to 99 times and heating durations from 0 to 999 minutes. Additionally, it offers vacuum maintenance for up to 999 minutes, standing time, nitrogen filling, and hot air cycling, all within the same adjustable parameters. As a leading China factory, we pride ourselves on supplying high-quality equipment tailored for the lithium battery industry. Choose us as your trusted suppliers for reliable and efficient baking solutions.

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PRODUCTS DETAILS

Specifications
Control mode

Set parameters according to the on-site production process (such as heating, vacuum, static baking, nitrogen filling, hot air circulation, cooling and cooling, etc.). After the setting is completed, start the program, and the oven will automatically run the set process.

Air source pressure

Compressed gas: 0.4~0.6Mpa, maximum flow value: 1L/s

Vacuum source: 0.5~5Pa, minimum pumping speed: 500m³/H

Dry gas: 0.5~0.2MPa, maximum flow value: 5m³/H

Basic heating principle

Internal and external double circulation, internal circulation before and after cross air heating control.

Oven temperature

Normal temperature ~150℃ can be set, the instrument can adjust the compensation value.

Heating rate

No-load non-vacuum condition: 85℃ ≦ 45min

Full load non-vacuum condition: 85℃ ≦ 90min

Cooling mode

The oven phase with automatic cooling function is connected to the chiller, and the chiller forces the outer layer of the oven to cool.

Vacuum pump port limit pressure

Vacuum pump: SV300B+JRP1000 Roots pumping speed: 1000L/min; limit pressure: ≦ 5pa.

Full load empty reach pressure value of tank

About 10pa~100pa: The specific vacuum value is related to the vacuum time, and the high vacuum must be pumped for a long time to be effective. The actual vacuum value is a gradual value, which is related to time and volume of objects. If the vacuum degree is closer to the no-load vacuum value, it means that the water removal effect is more thorough.

Frequently Asked Questions (FAQ)
How does the oven's automated control mode operate?
Parameters can be preset according to on-site production processes including heating, vacuum, static baking, nitrogen filling, hot air circulation, and cooling. Once initiated, the oven automatically executes the entire configured workflow.
What is the temperature range and heating rate?
The oven supports temperature settings from ambient (normal room temperature) up to 150℃ with compensation adjustment. Heating to 85℃ takes ≤45 minutes under no-load conditions and ≤90 minutes under full-load non-vacuum conditions.
What are the requirements for air and vacuum sources?
Compressed gas requires 0.4~0.6 Mpa (max 1L/s flow), vacuum source requires 0.5~5 Pa (min pumping speed 500 m³/H), and dry gas requires 0.5~0.2 MPa (max 5 m³/H flow).
How is the cooling process implemented?
The automatic cooling phase connects the system to an external chiller, which forces cooling through the outer layer of the oven structure.
What vacuum level can be achieved during full load operation?
Full load empty reach pressure ranges between approximately 10 Pa and 100 Pa. The vacuum level progressively increases over pumping time and object volume; reaching closer to no-load vacuum indicates more thorough moisture and water removal.
What heating circulation principle is utilized in the oven?
It features an internal and external double circulation system with internal circulation front-and-back cross air heating control for uniform thermal distribution.

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