Steel Tubing Applications in The Automobile Industry
Steel is utilized to make the underlying chassis or cage beneath the body of a car, which serves as the vehicle’s backbone and protects you in the event of a collision. Most cars today have steel door beams, roofs, and even body panels manufactured during the production process. Here are some steel tubing applications in the automobile industry.
Exhaust Pipes for Automobiles
This is the most typical application of stainless steel in the automotive industry. It’s especially handy in the area where the catalytic converter is connected. The emission of hazardous combustion gases must be reduced. Carbon monoxide, nitrogen oxide, and hydrocarbons are all converted into less hazardous components. This process, however, can be harmful to the metals used in exhaust systems because it causes oxidation, which leads to corrosion. Stainless steel, on the other hand, can withstand corrosion as well as temperature changes, making it the finest choice for this application.
Application of Motor Structural
Stainless steel has properties that make it suitable for vehicle structural construction. To begin with, it is a crashworthy substance. This means it can safeguard passengers in the event of a collision. This is intriguing because it is a light metal at the same time. Stainless steel, although its small weight, can absorb impact and prevent it from being conveyed to the passenger.
Tank of Fuel
The benefits of having a stainless steel fuel tank will make you question why most car manufacturers do not utilize this material for gasoline tanks. For starters, stainless steel would reduce the weight of an automobile by around 3 kilograms while remaining crashworthy.
Since the success of using stainless steel in the exhaust system, It’s only logical that we investigate its application in the exhaust system’s catalytic converter. We could replace the all-ceramic catalytic converter with something lighter, like stainless steel. A 40 micron steel foil can greatly reduce the weight of the converter system. But that’s not all: steel is a good conductor, making electric preheating easier and boosting the catalytic effect as soon as the engine is started, allowing it to achieve operating temperature in a matter of seconds.
Chassis with Space Frame
It would be advantageous to have a space frame chassis made of tubular stainless steel for the design of sports automobiles. This decreases the vehicle’s weight while also providing a robust structure to maintain its shape. Because stainless steel is easier to form and produce, the car will be easier to construct.
Stainless steel provides a great finish for several areas of the car due to its strong corrosion resistance. Seat Belt buckles are made of stainless steel in the interior. Parts of the wipers are made of the same material on the outside to keep them rust-free. The head gaskets and pump body are also constructed of stainless steel in the engine.
Stainless steel has shown to be useful in a variety of industries, including food processing, building, and medicine. There are numerous alloys to pick from, each with features that might be useful in various applications. The automobile sector may discover new useful applications that can make automobiles safer, faster, and lighter with more experimentation. Despite its high price, it is a long-lasting alternative with a wide range of possibilities, making it a great investment.