Wear-resistant ceramic applied in the lithium battery industry

Battery lithium currently has issues with transmission.

Currently, lithium-ion battery conveyance utilizes 304 stainless steel and glass.

2. The glass is not wear-resistant, and the powder is continuously abraded by the pressure, with a lifespan of approximately 6 months.

3. The conveying system features many bends, where the airflow changes direction on the outer side of the bend, resulting in particularly severe wear on the bends.

4. Frequent replacement of the conveying system leads to reduced output and increased production costs; Utilizing lithium-ion battery-powered conveying advantages with wear-resistant ceramic composite pipes. According to the industry characteristics, 304 stainless steel can be used with internally lined ceramic tubes, bonded with special ceramic adhesive to produce ceramic composite seamless pipes. Leverage the advantages of composite pipes to address wear issues.

The wear-resistant ceramic has a lifespan five times longer than glass.

2. Abrasion-resistant, the inner ceramic lining can withstand acidic and alkaline corrosion.

3. Smooth inner walls ensure smooth airflow, preventing material from sticking and clogging.

4. Ceramics are lightweight, reducing the load on the system equipment.

5. Reduce maintenance frequency and cut costs.

6. Composite pipes can operate in an environment with temperatures ranging from 150 to 300 degrees Celsius for extended periods.