Carbon Nanotubes Market is anticipated to witness noteworthy gains through 2032 on account of the rapidly expanding automotive sector. Owing to their lightweight, superior tear and tensile strength, carbon nanotubes find widespread usage in manufacturing tires. They are also extensively used in automotive plastics in fuel systems that need antistatic properties. Growing automotive manufacturing and sales owing to improving consumer lifestyles is likely to present growth opportunities to the industry players.

Overall, the carbon nanotubes market is divided in terms of product, technology, applications, and regions.

On the basis of product, the carbon nanotubes market from the single-wall carbon nanotubes segment is expected to witness lucrative gains through 2032. Single-wall carbon nanotubes (SWCNTs) are ultra-lightweight and demonstrate flexibility and superior mechanical strength. These attributes make it suitable for usage in photovoltaics, biomedicine, magnetic recording, and other varied applications. Especially in the automotive sector, the usage of single-wall carbon nanotubes in tires improves the vehicle’s fuel efficiency, stiffness, and tear resistance.

Based on technology, the carbon nanotubes industry from the chemical vapor deposition segment is expected to record a valuation of over USD 350 million by 2032. Chemical vapor deposition method has a simple operation and is more cost-effective than other CNT synthesis methods. Additionally, the nanotubes formulated using this method are longer as compared to other methods and is deployed to grow single-walled carbon nanotubes on sapphire substrates, propelling segment gains.

In terms of application, the carbon nanotubes market from the chemical & polymers segment is slated to record substantial valuation by 2032. Carbon nanotube is an exceptional thermally and electrically conductive nanofiller for polymers. Additionally, owing to its excellent electrochemical properties, the product is used in chemical sensors and manufacturing bioelectronics. Moreover, carbon nanotubes demonstrate high tensile strength, flexibility, and chemical stability, which makes it suitable for the chemical sector.

From the regional standpoint, Europe carbon nanotubes industry is poised to record a valuation of over USD 1 billion by 2032. Surging demand for lightweight composite materials in the aerospace, defense, and automotive sectors has accentuated the demand for carbon nanotube-based composites and polymers in the region. Moreover, regional expansion can also be ascribed to the growing significance of hydrogen-based fuel cells and solar batteries in economies such as Italy, France, Germany, and others.