Economical & Efficient - Time-Saving - Environmentally Friendly - Easy to Maintain​

Innovative Technology in the Battery Industry

Highly efficient, economical, and environmentally friendly advanced battery manufacturing technologies are crucial factors in achieving high-quality standards in battery manufacturing systems.

After more than a decade of dedicated research and development, and close collaboration with the battery industry, SATEC is now able to provide companies with innovative and reliable technologies, along with comprehensive service guarantees.

One machine can complete raw material mixing, precision dispersion, compounding, granulation, surface treatment, and surface coating!

【Cathode Materials】Lithium cobalt oxide, lithium nickel oxide, lithium manganese oxide, lithium iron phosphate (NCA), NCM (ternary)

【Anode Materials】Lithium titanate, graphite, electronic materials, chemical materials, pharmaceuticals, food, cosmetics​

In the lithium battery industry, high-intensity mixers are commonly used for preparing slurries for cathode and anode materials, mixing electrolyte slurries, and surface coating of battery materials. Slurry preparation for cathode and anode materials is a crucial step in lithium battery production.

For preparing slurries for lithium battery cathode and anode materials, inclined high-intensity mixers are typically used. In this equipment, various raw materials such as lithium salts, polymers, and carbon black can be added and thoroughly mixed through intense friction and shear forces. Inclined high-intensity mixers are characterized by high mixing efficiency, low energy consumption, and ease of operation, significantly improving production efficiency.

Furthermore, intensive mixers are also essential equipment in the surface coating process of battery materials. Surface coating is typically performed using the sol-gel method, which involves coating the material surface with a layer of gel containing solid particles. Intensive mixers can thoroughly mix the coating and particles, resulting in a uniform coating with strong adhesion and excellent electrochemical performance.

In summary, intensive mixers are crucial equipment in the lithium-ion battery industry, providing efficient and precise support for the preparation and coating of battery materials.

SATEC has improved lead paste preparation through its unique three-dimensional turbulent vacuum technology. SATEC optimizes equipment configuration based on customer needs using its modular system.

SATEC Lithium Battery Mixer:

The SATEC lithium battery mixer is a closed system with controllable mixing and reaction processes.

Excellent mixing results come from:

1. A rotating mixing pan, a high-speed rotating mixing tool that directly carries the material in centrifugal motion. This generates high-speed differential material flow.​

2. An inclined rotating mixing pan. Connected to a fixed, dual-action wall scraper, ensuring significant vertical circulation of the material.​

3. A dual-action wall scraper prevents material from sticking to the disc walls and bottom, and accelerates unloading at the end of the mixing cycle.​

Reliable Technology, Safe Operation​

Acids and additives are rapidly and uniformly dispersed:​

SATEC's fully automatic penetration control, supported by vacuum technology, ensures consistent flowability. Meanwhile, the self-adjusting sealing of the discharge gate ensures optimal sealing protection for the mixing pan.​