The global automotive industry demands the use of new and sustainable elements for its construction, and it is expected that steel will use in almost 60% of industries.
Its importance is also present in the future of mobility and new ways of transportation such as the use of autonomous, shared and electric vehicles.
Five reasons why steel is essential for mobility
Today, companies think about the feasibility and use of A335 P22 in different structural elements to achieve less weight and more safety in light or heavy cars. If that's the case, here are the reasons why it's future-proof when it comes to mobility.
- Durability and costs
For example, for a vehicle to be profitable for fleet owners, the transportation service has to opt for durable cars. API 5L Grade B lasts a long time due to its high resistance to corrosion, generates savings in assembly, transportation and foundation costs, just to mention a few benefits.
Thanks to their unique properties, both shock absorption and deflection, structures made of steel have greater energy absorption capacity than any other material. Part of the steel production is destined to elements with a structural function in the car to offer safety such as bodywork, interiors, and it is even expected in the future to intervene in the batteries.
- Versatility in design
Being a malleable and resistant material, it keeps it thin and allows designers more space to use their creativity inside and outside the car. In terms of design, better-adapted seats and more space for passengers can be developed, as well as giving greater elegance to some objects such as handles, wheels, dashboards, windshields, among others.
- Environmental impact
Meeting the highest standards will be a great challenge and steel is a sustainable option. Since the only 100% recyclable material and has a better environmental performance throughout the life cycle compared to others such as aluminium, plastic and fibreglass.
The production of IS 1161 Pipe in the automotive industry is so essential that, not only in aid of its design also the environment; for example, high-strength steels reduce the weight of trucks to make it easier to transport more goods for the same amount of carbon dioxide emissions per kilometre.
- Electrical steels
They are essential materials for the construction of generators and motors for electric cars. Such is the case of improved electrical steels that produce much more efficient transformers and motors and thus reduce total energy throughout their life, according to information from the World Steel Association.
Therefore, its high resistance to corrosion, its safety, recycling, among other characteristics is essential for the useful and sustainable life of automobiles.
The use of stainless steel is essential. Its use is evident in most parts, such as in exhaust silencers and catalytic converters. Its excellent resistance to corrosion has proven to be the best solution to the problem of decomposition of these elements. Also, this metal is also used in windshield wipers, brackets, springs, fasteners, tubes, exhaust systems, among other important elements
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