Efficient Drying Oven & Vacuum Oven for Lithium -Ion Battery Machine Production Line

• Customization: Available
• Production Scores: Multiple Varieties
• Production Continuity: Continuous
• Automation: Automatic
• Machine Name: Vacuum Drying Oven
• Production Scope: Battery Production Line
• Application Field: New Energy Industry/Digital
• Battery Type: Lithium Battery
• Application: Lithium Battery Cell Production
• Origin: China
• HS Code: 9032100000

Product Description

Efficient Drying Oven & Vacuum Oven for Lithium -ion Battery Machine Production Line

Product Description

1. Features of the Vacuum Oven:
Introducing a revolutionary high vacuum oven designed specifically for the dehydration and baking of lithium battery cells and electrode plates. This cutting-edge equipment boasts exceptional stability, superior vacuum capability, significantly reduced baking times, and outstanding dehydration and drying efficiency. Its robust pressure retention, coupled with an advanced high vacuum unit and cooling system, forms a standalone baking unit that replaces traditional ovens, elevating your production processes to new heights.

2. Working Principle:
(1) Each machine operates efficiently in continuous cycles, ensuring seamless functionality.
(2) Basic Process: Begin by opening the oven door to place the battery cells or electrodes inside. Set your parameters for heating time, vacuum duration, and nitrogen exposure, and let the system autonomously manage heating and timed ventilation according to your precise settings, completing the baking process with unparalleled ease.

3. Vacuum Drying Oven Structure:
Crafted from high-grade SPCC thin steel plate, the vacuum oven's exterior is robustly reinforced with repainted surfaces. The interior, made from premium structural steel, is insulated with aluminum silicate fiber. The heater, strategically positioned at the bottom or optionally at the top or sides, works in harmony with a digital display smart meter using PID adjustments. This setup is integrated with a 99.99-hour timer and alarm system, ensuring operations are streamlined, swift, and remarkably effective.

4. Technological Process:

Technical Parameters

1. Vacuum degree	Empty chamber vacuum degree ≤ 10pe, full chamber vacuum degree: 50pa --100pa, air leakage rate ≤ 500pa after 24 hours
2. Vacuum pump	Built in SV100+BXJ500 (placed at the bottom of the box)
3. Heating method	Adopting internal and external dual circulation wind, dual control heating method with internal and external heat sources, controlled by thermal radiation, thermal conduction, and electric heating
4. External heating structure	Adopting U-shaped circulating air, with left side outlet, right side suction, and upper and lower side exhaust to achieve temperature consistency
5. Internal heating structure	Adopting the principle of dual air ducts
6. Main heating temperature control	Temperature control accuracy within ± 0.5 ºC
7. Temperature error inside the box	± 3 ºC (empty container, constant temperature state)
8. Temperature range	Room temperature+10 ºC~150 ºC
9. Heating rate	Room temperature~85 ºC ≤ 30 minutes (normal pressure, no-load state, time for instrument to reach set temperature) Furnace temperature stabilization time ≤ 60-90 minutes (empty box): Room temperature~85 ºC ≤ 45 minutes (full load state, time for instrument to reach set temperature) Furnace temperature stabilization time 80-120 minutes (full load):
10. Heating state	The rising state of the temperature rising star curve from room temperature to the set value, and the straight line state of the star after constant temperature
11. Cooling method	The cold air system is connected to the external air duct, and alternating conduction cooling is carried out from the external air duct of the inner tank: alternating cooling is carried out internally with vacuum ammonia gas
12. Cooling time	≤ 95 minutes (empty box, 100 ºC~55 ºC, core detection), full load test time ≈ 100 minutes (depending on battery size and capacity)
13. Surface temperature of the box	Furnace temperature 100 ºC, surface temperature ≤ room temperature+20 ºC
14. Each layer operates independently	Heating, vacuuming, and nitrogen filling

Detailed Photos

Our services

Our comprehensive one-stop solution for lithium-ion battery production lines, ensuring seamless integration and superior performance.

 

1. Lithium Battery Materials, Including:

A diverse array of advanced materials such as LiMn2O4, LTO, LiNiMnCoO2 (NMC), LiCoO2, and Graphite (MCMB), complemented by essential cathode and anode battery materials; as well as aluminum foil, copper foils, and battery separators, ensuring top-notch production quality.

 

2. Full Set of Lithium Battery Equipment, For Example:

From mixing machines to coating, ovens, rolling machines, slitting, stacking, winding, welding, sealing, and filling machines, our comprehensive lineup covers every aspect of lithium battery production, ensuring efficiency and precision at every stage.

 

3. Full Set of Lithium Battery Technology.

Tailor-made laboratory and production line designs, crafted meticulously to meet each customer's unique specifications and requirements.

Tips: Comprehensive solutions encompassing the full product chain, from cutting-edge lithium-ion battery materials and advanced equipment to pioneering technology.

Packaging & Shipping

FAQ

Q1:Are you a factory or trading company?

A: Factory. We are a factory which has been producing lithium battery equipment.

Q2:How long is the delivery time?
A: The machines will be delivered to you within one month after the order is confirmed.

Q3:What is warranty time of machine?
A: The guarantee period : One year (except for human damage).

Q4:What's the acceptable payment method?
A: We can acceptT/T, L/C and PayPal.

Q5:What are your advantages?
A: Focused on independent research and design of lithium battery equipment, obtained multiple invention patents and utility model patents.