Nanotechnology Role in Automotive Industry!

nanotechnology-automotive industry

Nanotechnology involves the use and production of chemical, physical and biological systems. The Nano materials used in vehicle production have started to make an improvement in performances and reduce overall costs. As years pass by, you will continue to get more technology improvement.

Use in spark plugs
The manipulation of atoms and molecules give newer options for the car industry. A worn out spark plug will not burn fuel efficiently. But the use of nanomaterial’s that are hard, strong and resistant to erosion and wear have been applied. The technology makes it long lasting and efficient. It gives powerful sparks that burn the car fuel better.

Engine
Most car engines today are 25% working well. It means the engine consumes a quarter of fuel with the remainder wasted. The inclusion of nanotechnology helps to harness chemical attractions on hydrogen and oxygen to give electricity which is 50% better. The Nanotechnology in engine helps to save millions of gallons of petrol each year and give out less carbon dioxide.

Coatings in the engine
The engine wastes a lot of energy. It becomes worse in diesel engines. Today, engineers are coating the cylinders using nanocrystaline ceramics such as alumina to keep heat efficiency and increase combustion.

Barking systems
If you want to get the best braking system in the automotive industry today, use nanotube and aluminium composites. It enhances braking performances. It reduces brake weight system and help to increase acceleration.

Body panels
Some companies use nanocrystaline in models. The nanotechnologies make the vehicle lighter. Vehicles made using this technology resist tear and wear. That is why manufacturers design many car parts with body panels, engine covers and timing belts. The rear windows are designed using carbon nanotube that add strength and reduce the weight by up to 15%. Another safety performance innovation is the use of Nano clay.

Tires
The earliest use of nanotechnology was in tires. The carbon black is a better example that acts as a reinforcing agent and pigment. You find almost 30% of the wheel covers made of reinforcing fillers. It adds grip, resist tearing, wearing and resisting abrasion.

Used in propulsion
In an electric car, manufacturers must consider several facts such as power and safety of energy storage, the engine and electronics, lightweight materials and battery weight. Since batteries use Li-ion technology, nanotechnology helps to give it improved performance. It enhances power and energy density. It shortens the time to recharge and decrease the battery size.

Nano enhanced adhesive
Manufacturers use the strongest adhesive when designing autos. Manufacturers apply it in welded joints and other mechanical fasteners. The use of iron oxide nanoparticles and carbon nanotube improve joined areas. It also makes it easy to join metal and plastics together.
The nanotechnology helps to treat automotive textiles, applied in wipers and windows to make them dirt resistant to surfaces. The technology is applied in the exteriors, chassis and interiors.
Even with nanotechnology to enhance fuel saving and security, you must be a careful driver. That is why the driving practical test must be booked. It helps to enhance your way of driving and know regulations. All this makes your safety an important consideration.

Author Bio:
Cristiana Victoria is an energetic blogger from Birmingham, UK. She composes articles on travel, well being, auto and account related themes. Starting now she is concentrating on practical test, which helps each client with specific needs to assist them passing the Driving Practical Test.