Moisture sensitive materials
Electrode materials and electrolytes are extremely sensitive to moisture, and trace amounts of moisture can cause side reactions and performance degradation.
Lithium battery research and development and energy storage
Glove box solution
Provide high-purity, stable and reliable ultra-low dew point glove boxes and overall solutions for lithium battery material research and development, cell process development, solid electrolyte and energy storage system integration.
- Ultra-low water oxygen:≤0.1 ppm, ultra-low dew point, extremely stable
- Modular design:Flexible expansion to match R&D and production line needs
- Intelligent control:7" Touch screen, data visualization, remote monitoring
- Efficient purification:Core technology for water and oxygen removal, rapid recycling
- Safe and reliable:Multiple interlocking guarantees, in line with global safety regulations
Why does the lithium battery process require a controlled atmosphere
Oxygen Sensitive Reaction
Oxygen will cause material oxidation and electrolyte decomposition, affecting safety, cycle life and efficiency.
High purity process requirements
Only by controlling the entire process from ingredients to packaging can we achieve stable and reproducible process results.
The process is stable and consistent
The stable ultra-low dew point environment ensures consistency and meets the needs of large-scale mass production.
Typical process flow
01
Material R&D and formulation
02
Powder mixing and coating
03
Rolling and pole piece preparation
04
Battery cell assembly
(Drying & Encapsulation)
(Drying & Encapsulation)
05
Transformation and content
06
Detection and packaging
Key control variables
Moisture content (H2O）
≤0.1 ppm
Oxygen content (O2）
≤0.1 ppm
Temperature
20–30 °C
Pressure
≤10 Pa
Air exchange rate
30–80 times/hour
Granularity
≤100 Level
* The above data are based on typical process requirements, and specific indicators can be customized according to the process.
Recommended system and configuration
According to the needs of lithium battery R&D and pilot testing scenarios, we provide highly matching system and functional configuration combinations, supporting flexible selection and on-demand customization.
System solution structure diagram
Modular design · Flexible combination · Stable and reliable
Air source/purification unit
- Clean compressed air/argon
- Multi-stage filtration and purification
- Dew point ≤ -60°C
- Stable and adjustable pressure
Glove box body
≤0.1 ppm H2O / O2
- Highly sealed stainless steel box
- Efficient purification circulation system
- Precise temperature and humidity control
- Data monitoring and tracing
Transfer cabin
- Material delivery is safer
- Air lock interlock control
- Quick replacement and purification
- Optional vacuum transfer chamber
Exhaust gas treatment
- Tail gas purification treatment
- Activated carbon adsorption (optional)
- Emissions comply with environmental requirements
- Safe and reliable
Full-process monitoring and safety interlocking guarantee
Main products and accessories
The core equipment and optional accessories of the system are read from the product library in real time. You can enter the details page to view the parameters.
Mainly recommended products
Single-Station Single-Sided Glove Box with Gas Purification SystemGBP1200-750S-2
Single-station single-sided glove box with gas purification provides a controlled inert atmosphere for battery, materials, chemical and laboratory applications.
View details
Glove Box Port Cover
Glove box port cover designed to seal glove port openings, helping maintain a controlled internal atmosphere and providing reliable sealing for glove box systems.
View details Glove Port Sealing Ring
Glove port sealing ring designed for secure glove installation and reliable sealing on glove box systems, helping maintain airtight performance and a stable controlled atmosphere.
View details Glove Box Glove Port
Glove box glove port designed for installation on enclosure openings to securely mount gloves and ensure reliable sealing. Available in hard aluminum alloy and polyoxymethylene (POM) materials.
View details Small Glove Box Antechamber
Small glove box antechamber for transferring samples and materials into controlled atmosphere systems, with manual valves for vacuum evacuation and gas refilling.
View details Typical application scenarios
Material R&D and process verification
Lithium battery materialsLaboratory R&D Line
For the research and development and process verification of materials such as positive electrodes, negative electrodes and solid electrolytes, the appropriate glove box system configuration can be discussed around atmosphere indicators, transfer methods, purification capabilities and equipment interfaces.
Communicate application requirementsLow water and oxygenControlled atmosphere target
ExtensibleModular configuration direction
Can be integratedDevice interface collaboration
CustomizableCommunicate according to process requirements
Why choose TENCAN
Process-oriented communication
About material system and process links
Combining key control conditions
Modular configuration
Combining cabinet, purification and transmission requirements
Discuss configuration combinations
System integration cooperation
Pay attention to equipment interfaces and site conditions
Connecting the overall process flow
Clear plan information
Clear application boundaries and configuration points
Facilitate subsequent technical communication
Discuss on demand
Continuous communication based on actual needs
Determine the appropriate implementation direction
Technical consultation and solution customization
TENCAN has a professional technical team with an in-depth understanding of your process requirements and application scenarios, and provides you with full-process solutions from selection recommendations to system integration.
Process evaluationSelection suggestions
Project designSystem integration
Installation and debuggingTraining and Support
Get solution support now
Requirements communication
In-depth understanding of process and application requirements
Provide professional consultation
Plan formulation
Customized solution design
Equipment selection and configuration recommendations
Implementation delivery
Manufacturing and system integration
Installation, debugging and acceptance
Continuous support
Operation training and technical support
Lifetime after-sales service guarantee
FAQ
Q1.What are the requirements for environmental control during the development and production of lithium batteries?
Core requirements usually include extremely low moisture and oxygen content, stable chamber pressure, reasonable temperature and humidity control, and continuous traceable atmosphere monitoring. Specific indicators need to be determined based on the material system and process steps.
Q2.What level of cleanliness can the equipment achieve?
Different cleanliness levels can be configured according to the application. Typical solutions can cover requirements such as ISO 5–6, and can be customized through materials, filtration, air ducts and cleaning management.
Q3.How does the glove box system ensure that the gas is low in oxygen and water?
A closed-loop control is formed through a high-sealing box, circulation purification unit, water and oxygen removal materials, regeneration system and online water and oxygen analysis to maintain a stable low water and oxygen environment.
Q4.Does the system support customized design and integration?
Supported. It can be customized according to the box size, number of workstations, transfer method, purification capacity, temperature and humidity, exhaust gas treatment, online analysis and automation equipment interface.
Q5.How long is the equipment delivery cycle?
Standard models and customized systems have different cycles. The actual delivery time will be confirmed based on the configuration, integration scope and acceptance requirements, and a clear plan will be given during the project startup phase.
Q6.Does the equipment comply with relevant international standards?
The corresponding safety, electrical and quality specifications can be matched according to the project location and application requirements. The specific certification and configuration are subject to the project technical agreement.
Q7.Is subsequent operation, maintenance and replacement of consumables convenient?
The system adopts a modular maintenance concept. Key components and consumables are easy to inspect and replace, and maintenance guidance, spare parts and regular service support can be provided.
Q8.Do you provide installation, debugging and operation training?
Can provide installation, commissioning, acceptance and operation training services, and provide guidance on key aspects such as purification and regeneration, daily inspections, and alarm handling.
Q9.How to respond when the system fails?
Can respond through remote technical support, fault diagnosis, spare parts support and on-site service, and arrange processing mechanisms according to project service levels.
Q10.Can application process verification support be provided?
Can provide verification suggestions around atmosphere indicators, process adaptation, equipment interfaces and operational stability, and cooperate with users to complete project acceptance and application introduction.
