Now with the advent of Advanced technology automotive industries are using Titanium, predominantly in motorcycle racing. The main focus here is the aspects like weight reduction, improved and rapid performance. No doubt, the vehicles made with titanium applications are verified to be environmentally friendly and fuel efficient, while the main drawback of the metal is that it is too costly to put together as marketable in general consumer market.
The recent automotive designers need to engineer the motor vehicles and the parts with less weight using titanium tubes and titanium welded tubes, while enabling private cars in particular to give the perfect look and style.
Making cars smaller and trendy is the fashion nowadays. Thus the strategy obviously finds an issue with the management of free space inside the vehicles. The designers here have to adjust the space for the passengers and their effects. Everybody needs lighter cars with no compromise with class and space. Apart from that the designer has to comply with the reduction of fuel consumption, as well as the environment green image of the production process. Only the material titanium can fulfill all the criterion and condition. Though it is a little bit expensive but Titanium alloys are the best and widely used for racing cars industry.
The quality of metal used and the manufacturing time of soaring performance products in the segment of motor vehicles and automobiles are the key factors. High-strength titanium material is required to manufacture the engine parts of the racing cars as it needs to deliver high output, fast rotation and high response. The automotive industry made a great progress using the metal titanium. The advanced titanium mechanism improves the corrosion resistance of the vehicles, manages the space and reduces the weight, which results in more fuel savings.
The beneficial properties such as lightweight, corrosive resistant and high strength of the silvery metal would make it an appealing alternative for various automotive applications. Just the cost of the expensive material stands as a great barrier in the way of its wide usability. That is the reason why it is not found in abundance as in the industries like aerospace. But now with the advent of some new techniques the manufacturers are engaged in discovering the innovative ways to produce low cost titanium which can be easily affordable in the different areas of application. So as the costs prolong to decline, the prospective for consumer-based applications will go on with making the use of titanium as a more significant alternative.