
Three Use Cases of Nanotechnology in Automotive Manufacturing
The concept of safety has become increasingly important to individuals in recent years. Automobile manufacturers are also addressing safety concerns by incorporating nanotechnology into their products to make them more secure
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CIO Applications Europe | Friday, September 03, 2021

The concept of safety has become increasingly important to individuals in recent years. Automobile manufacturers are also addressing safety concerns by incorporating nanotechnology into their products to make them more secure, durable, and long-lasting.
Fremont, CA: The automobile industry is a large user of material innovations, and nanotechnology, for instance, is a massive boost to car production. Nanotechnology is the creation and application of devices and machinery on a nearly atomic scale. It manipulates matter on an atomic scale with at least one dimension between 1 and 100 nanometers. Nanotechnology is now being used in the automotive sector to provide lightweight products, reduced engine friction and emissions, reduced wear and corrosion resistance, UV resistance, and enhanced electronics and sensors.
Here are three uses of nanotechnology in vehicle manufacturing:
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Tires made of nanomaterial for good grip
Car tire producers adopted nanotechnology to work at a futuristic level even before the automotive sector contemplated it. Carbon black was the first nanomaterial employed as a pigment and reinforcing agent by tire manufacturers. They served as crucial in maintaining the tire's scale performance. The rubber mixture produced an improvement in needs that are in direct opposition to its shortcomings. Reinforcing fillers make up around 30 percent of the tire cover, allowing for desired attributes like grip, abrasion resistance, initial wear, tear resistance, and tear propagation. It leverages superior grip when driving by incorporating nanotechnology into car tires.
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Advanced electronic car batteries to lengthen battery life
Electric vehicles with large batteries are predicted to represent the next generation of automobiles. Electric vehicles are currently on the road, and in the future, these futuristic automobiles will dominate the highways. Manufacturers of electric vehicles are attempting to extend battery life while improving performance. This is impossible to do without mentioning nanotechnology. Lithium-silicon batteries are expected to improve performance and durability with the use of nanotechnology. With a new advancement in battery technology, silicon nanowires may expand and contract when lithium ions are absorbed and shed.
Lightweight mirrors and windows to ensure safety
The concept of safety has become increasingly important to individuals in recent years. Automobile manufacturers are also addressing safety concerns by incorporating nanotechnology into their products to make them more secure, durable, and long-lasting. The concept of lightweight mirrors and windows has recently gained traction in the car industry. The placement of an ultra-thin reflective layer of aluminum oxide on the glass of automobiles with thicknesses below 100 nm is an advantageous strategy for improving safety and security. Vehicle makers can reduce the pain caused by sunshine and glare by using lightweight mirrors and windows.
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