Informe sobre el tamaño del mercado de nanotubos de carbono | Industria y análisis 2028

  • Report Code : TIPRE00004215
  • Category : Chemicals and Materials
  • Status : Published
  • No. of Pages : 181
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[Informe de investigación] Se espera que el tamaño del mercado de nanotubos de carbono crezca de 5.658,00 millones de dólares en 2022 a 13.981,58 millones de dólares en 2028; se estima que registrará una tasa compuesta anual del 16,3 % entre 2022 y 2028.

Perspectivas del mercado y visión del analista:< /strong>

Los nanotubos de carbono son estructuras cilíndricas extremadamente pequeñas formadas por átomos de carbono. Son conocidos por sus propiedades únicas, como alta resistencia a la tracción, buena conductividad eléctrica y estabilidad térmica. Son de dos tipos, nanotubos de carbono de pared simple y nanotubos de carbono de pared múltiple, los nanotubos de carbono de pared simple están formados por una sola capa de átomos de carbono enrollados en un tubo, mientras que los nanotubos de carbono de pared múltiple constan de varios tubos concéntricos. Los nanotubos de carbono se utilizan como materiales de refuerzo en materiales compuestos, almacenamiento de energía en baterías, materiales de detección en sensores, catalizadores en reacciones químicas y para aplicaciones biomédicas. En la industria médica se utiliza para la administración de medicamentos, imágenes, biosensores e ingeniería de tejidos y en la industria electrónica también se emplea como transistores, interconexiones, pantallas, almacenamiento de energía, sensores, etc.

Impulsores de crecimiento y desafíos:

Los nanotubos de carbono son nanoestructuras de carbono con propiedades electroquímicas y mecánicas características, como baja densidad, alta resistencia y rigidez, alta conductividad térmica y conductividad eléctrica. Las propiedades antes mencionadas de los CNT se aprovechan para la investigación y el desarrollo de sistemas de almacenamiento de energía. Los CNT de pared simple y de pared múltiple se utilizan como aditivos conductores en baterías de iones de litio y para desarrollar electrodos de batería con el fin de mejorar el rendimiento de la batería. La creciente demanda de sistemas energéticos, junto con su costo cada vez mayor, ha influido en las organizaciones gubernamentales y los investigadores para desarrollar sistemas energéticos eficientes para cumplir los objetivos energéticos globales. Por ejemplo, en 2020, NAWA Technologies desarrolló un electrodo de carbono ultrarrápido, basado en su tecnología patentada de nanotubos de carbono alineados verticalmente (VACNT), que es una alineación vertical de 100 mil millones de nanotubos por centímetro cuadrado. En 2022, JiangSu Cnano Technology Ltd anunció el plan para construir plantas de fabricación de materiales para baterías, incluida pasta conductora y nanotubos de carbono, en China y Alemania. La empresa anunció una inversión de 180 millones de dólares para el establecimiento de la planta de Zhenjiang en China y tiene previsto fabricar 450 toneladas de productos de nanotubos de carbono de pared simple al año. En 2022, científicos del Laboratorio Nacional Lawrence Livermore (EE. UU.) desarrollaron CNT alineados verticalmente sobre láminas metálicas para almacenamiento de energía y aplicaciones electrónicas. Este proyecto contó con la asistencia financiera del Departamento de Tecnologías Químicas y Biológicas de la Agencia de Reducción de Amenazas de Defensa.

La utilización de CNT como aditivo conductor en la producción de baterías mejora la conductividad al 10% respecto al negro de carbón, reduciendo así el uso de aditivos conductores en un 30%. Además, la creciente demanda de CNT para materiales de baterías de vehículos eléctricos ha influido en que los fabricantes de nanotubos de carbono amplíen sus instalaciones de producción. Por ejemplo, en 2022, LG Chem Ltd invirtió en el establecimiento de una instalación de producción de una sola línea de CNT en Corea del Sur. El objetivo de la empresa era producir 3.200 toneladas de nanotubos de carbono al año para satisfacer las demandas del mercado de vehículos eléctricos. Según la Agencia Internacional de Energía, se prevé que la capacidad de producción mundial de baterías aumente de 200 GWh en 2019 a más de 1.200 GWh en 2024, debido al aumento de las ventas de vehículos eléctricos. Por lo tanto, la creciente demanda de CNT para aplicaciones de almacenamiento de energía, así como la creciente capacidad de producción mundial de baterías, están impulsando el mercado de nanotubos de carbono.

 Los CNT se producen ampliamente y Utilizado debido a su aplicación a gran escala en diversas industrias como la electrónica, eléctrica, aeroespacial y automotriz. Los nanotubos de carbono tienen amplias áreas de aplicación debido a su simplicidad de síntesis y características como alta resistencia y relación diámetro-longitud. Sin embargo, la eliminación de CNT en el medio ambiente es una preocupación importante. El aumento de la producción y eliminación de CNT puede causar contaminación ambiental, ya que los CNT forman soluciones coloidales y se unen a contaminantes como los metales pesados. Los CNT, tanto en su forma original como oxidada, descargados en cuerpos de agua pueden dispersar la luz de manera efectiva, formando así una solución coloidal. Las partículas de una solución coloidal tienen alta movilidad en los sistemas acuáticos, aumentando así el riesgo de exposición y la toxicidad. Además, varias investigaciones han revelado que los CNT poseen una buena capacidad de absorción de uranio. La presencia de NTC en cuerpos de agua puede influir en la movilidad de contaminantes orgánicos hidrofóbicos y metales pesados. Por tanto, los CNT pueden afectar negativamente a los microorganismos planctónicos presentes en la superficie del suelo. La toxicidad del CNT en microbios tiene el potencial de afectar negativamente la producción de plantas, la catálisis de materia orgánica, el reciclaje de nutrientes y la purificación de aguas subterráneas. Por lo tanto, la contaminación ambiental causada por la eliminación de CNT puede limitar el crecimiento del mercado de nanotubos de carbono.

Perspectivas estratégicas

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Segmentación y alcance del informe:

El informe “Nanotubos de carbono globales   Mercado” está segmentado según el tipo, la aplicación y la geografía. Según el tipo, el mercado de nanotubos de carbono se segmenta en nanotubos de carbono de paredes múltiples y nanotubos de carbono de pared simple. Según la aplicación, el mercado se clasifica en electrónica y semiconductores, almacenamiento de energía, compuestos estructurales, aeroespacial y de defensa, médico y otros. El mercado de nanotubos de carbono según la geografía está segmentado en América del Norte (EE. UU., Canadá y México), Europa (Alemania, Francia, Italia, Reino Unido, Rusia y resto de Europa), Asia Pacífico (Australia, China, Japón, India, Corea del Sur y resto de Asia Pacífico), Oriente Medio y Asia. África (Sudáfrica, Arabia Saudita, Emiratos Árabes Unidos y resto de Medio Oriente y África) y Sur y África. Centroamérica (Brasil, Argentina y resto de Centro y Suramérica)

Análisis segmentario:

Report Coverage
Report Coverage

Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends

Segment Covered
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Regional Scope
Regional Scope

North America, Europe, Asia Pacific, Middle East & Africa, South & Central America

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Frequently Asked Questions


What are the key drivers for the growth of the global carbon nanotubes market?

Technological advancements and next-generation microscale applications in the electrical & electronics sector need efficient and high-functionality materials such as carbon nanotubes (CNTs). Further, CNT-based composites technology is widely utilized in aerospace, defense, automotive and infrastructure industries. Moreover, the rising demand for energy systems, along with its increasing cost, has influenced government organizations and researchers to develop efficient energy systems to fulfill global energy targets. These benefits increase the applications of carbon nanotubes in the energy storage applications and structural composites industry, thereby driving market growth.

What is the scope of carbon nanotubes in the global market?

Carbon nanotubes are used as reinforcement materials in composites, energy storage in batteries, sensing materials in sensors, catalysts in chemical reactions and for biomedical applications. In medical industry, it is used for drug delivery, imaging, biosensors, and tissue engineering and in electronics industry, it is employed as transistors, interconnects, displays, energy storage, sensors, etc. Carbon nanotubes have outstanding electrical and mechanical properties, making them suitable for electronic and energy storage applications. Thus, the growing demand for lightweight substitutes of metal with superior thermal, electrochemical, and mechanical characteristics is projected to offer lucrative opportunities for carbon nanotubes in aerospace, structural composites, electronics and semiconductors’ industries.

Which is the largest region for the global carbon nanotubes market demand?

Asia Pacific has emerged as a major market for carbon nanotubes due to the growing demand for high-performance materials in various industries such as aerospace, automotive, electronics, and energy. The region has become a major hub for carbon nanotubes production, with several leading manufacturers operating in countries such as China, Japan, and South Korea.

What is the scope of the multi-walled carbon nanotubes segment in the global carbon nanotubes market?

Multi-walled carbon nanotubes are a special type of carbon nanotubes in which multiple SWNTs are placed over one another to form multiple layers. They consist of multiple concentric cylinders of carbon atoms, resembling a stack of rolled-up graphene sheets. Multi-walled carbon nanotubes have been used and studied extensively as polymer additives to improve mechanical characteristics and features, fire retardancy, electromagnetic shielding, and thermal conductivity.

Can you list some of the major players operating in the global carbon nanotubes market?

The major players operating in the global carbon nanotubes market are Arkema SA; LG Chem Ltd; Cabot Corp; Kumho Petrochemical Co Ltd; Tokyo Chemical Industry Co Ltd; Nanoshel LLC; NanoLab Inc; Klean Industries Inc; Raymor Industries Inc; and Nanocyl SA among many others.

Based on application, why is the medical segment expected to grow at the highest rate during the forecast period?

Carbon nanotubes are widely used in medicine and pharmaceutical industries due to their high surface area, high aspect ratio, and excellent biocompatibility; they are capable of conjugating with a wide variety of therapeutic and diagnostic agents such as drugs, vaccines, genes, antibodies, and biosensors.

The List of Companies - Carbon Nanotubes Market 

  1. Arkema SA
  2. LG Chem Ltd
  3. Cabot Corp
  4. Kumho Petrochemical Co Ltd
  5. Tokyo Chemical Industry Co Ltd
  6. Nanoshel LLC
  7. NanoLab Inc
  8. Klean Industries Inc
  9. Raymor Industries Inc
  10. Nanocyl SA   

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