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CNT dispersion solvent
5G mobile phone battery has high battery life requirements, and the demand for Carbon nanotube CNT dispersion solvent increases 5G smartphones have high power consumption and high battery life requirements, and their battery conductive agents use more Carbon nanotube CNT dispersion solvent....
Products Description

5G mobile phone battery has high battery life requirements, and the demand for Carbon nanotube CNT dispersion solvent increases

5G smartphones have high power consumption and high battery life requirements, and their battery conductive agents use more Carbon nanotube CNT dispersion solvent.

Since the increase in components such as 5G mobile phone antennas will occupy the limited space inside the mobile phone, while controlling the battery volume, starting from the battery energy density has become an important idea for lithium battery manufacturers to increase battery capacity. Carbon nanotubes, with their higher aspect ratio characteristics, can further improve the rate performance of lithium batteries compared to carbon black, and can increase the content of positive electrode active materials with less addition, thereby increasing the energy density of lithium batteries. Therefore, carbon nanotube conductive agents will become a key material for improving the battery capacity of 5G mobile phones.

The increase in the penetration rate of 5G mobile phones will accelerate the penetration of Carbon nanotube CNT dispersion solvent and drive the growth of the carbon nanotube conductive agent market. Smartphones are the largest application terminal for digital batteries, and 5G mobile phones, which represent the future of smartphones, have a strong growth trend that will promote the penetration of carbon nanotube conductive agents in digital battery conductive agents.

Catalysts for the high-volume preparation of carbon nanotube powders and dispersants for the production of carbon nanotube conductive slurries have established the industry's entry barriers. The biggest problem encountered when making carbon nanotube powders into conductive slurries for use in lithium batteries is that the powders cannot be effectively dispersed, which reduces the conductivity of the battery, which requires the preparation of dispersants. This process requires the use of a variety of dispersing equipment including high-speed dispersers, colloid mills, homogenizers, ultrasonic equipment, etc. to conduct a large number of R&D tests to select the most suitable dispersant. Therefore, as the core technology of carbon nanotube conductive slurry manufacturers, the preparation of catalysts and dispersants has set two high barriers for new entrants in the industry.

TANFENG Technology leads the carbon-based era. The company produces and sells carbon nanotube conductive agents and conductive masterbatches. Welcome to consult.