Nanomaterials Market Share Analysis
The global nanomaterials market is divided by material, application, and region.
The global nanomaterials market includes metal and non-metal oxides, carbon-based materials, synthetic chemicals and polymers, nano-pottery, metals, dendrimers, and others. In 2018, metal and non-metal oxides had the largest market share and is expected to remain so over the forecast period. This section is growing due to interest in nano-oxides such silica and alumina, copper nanoparticles, silver nanowires, and rhodium and palladium particles. Auto and hardware companies use these materials, growing the segment. However, carbon-based nanomaterials are expected to have the highest Build Yearly Development Rate (CAGR) from 2019 to 2024.
Global nanomaterials market uses include transportation, electrical and hardware, medical services, development, bundling, buying products, energy, and others. The transportation sector is expected to lead the estimate because to nanoparticles' widespread use in car and aircraft. In these industries, nanostructured metals and polymer nano-composites offer excellent weight-to-strength ratios, increased flexibility to vibration and fire, lightweight properties, reduced wear and consumption, UV resistance, and reduced motor grinding and discharges.
In simpler terms, the global nanomaterials market is divided by material type, application method, and location.
Materials include metal and non-metal oxides, carbon-based materials, synthetics and polymers, nano-earthenware, metals, dendrimers, and others. Metal and non-metal oxides are most common in auto and hardware industries.
Nanomaterials are used in transportation, electrical and hardware, medical care, development, packaging, retail items, energy, and others. Transportation, notably car and aviation, is expected to use nanomaterials most. Nanostructured metals and polymer nano-composites are lightweight, strong, and resistant to vibration, fire, wear, and consumption. Thus, the global nanomaterials market is divided by materials and their use.