Alloys are a mixture of two metals. They are formed when a primary metal is mixed with a secondary element. There are many reasons why alloy wheels in Peterborough are preferred over metal wheels, some of which will be discussed later.
The first alloy wheels used an alloy of magnesium. Before that, wheels were made from steel. Even though steel is itself an alloy of iron and carbon, the term alloy wheels are generally reserved for non-ferrous alloys. Non- ferrous alloys are alloys that do not have any iron content in them.
Iron is avoided because it is subject to rust and corrosion when it comes in contact with water and over time, the rust almost completely compromises the structural integrity of the wheel.
Presently, magnesium and steel alloys are the primary alloys used to make wheels. These alloys are light-weight and have the same strength as steel, if not more.
Until the mid-1960s, magnesium and aluminium alloys were being used to make alloy wheels. They were soon replaced by aluminium casting refinements in the late 1960s. Before this, both aluminium and mag alloy wheels suffered from low ductility. Decreased elasticity of the wheel body significantly compromised the performance of the cars.
They were replaced by more advanced and refined aluminium casting alloys. The most significant advantage of this type was that they were low on cost and high on performance. These are so efficient that even race cars have refined aluminium casting wheels.
Nowadays, almost every car in the market has alloy wheels while cheaper and more economical vehicles come with steel wheels. That is because steel is less expensive than alloy wheels and is also more ductile.
There are numerous facilities such as Forza Tyres that sell car Alloy Wheels Peterborough. They showcase a vast collection of alloy wheels. You can also visit their facility and avail expert opinion regarding services like a clutch replacement, wheel alignment etc. from one of their highly trained technicians.
Features of Alloy Wheels
Lightweight: Alloy wheels are lightweight. They effectively bring down the total weight of the vehicle allowing for higher acceleration and faster stopping. Lighter wheels also put less pressure on the suspension, increasing the suspension mechanism’s life span.
Excellent heat conduction: Alloys are better conductors of heat than pure metals. It helps dissipate away from the heat generated by the car’s braking mechanism and improves braking efficiency. They are highly beneficial in demanding driving conditions where braking is very frequently. Alloy wheels in Peterborough ensure that the braking mechanism does not fail due to overheating.
Less fuel consumption: The lightweight nature of the wheels ensures that the car consumes lesser fuel. It is a fact that alloy wheels lead to lower fuel consumption when compared to their steel counterparts.
Aesthetic appeal: Alloy wheels are much more aesthetically pleasing. You fit your car with alloy wheels, and suddenly, you have the most appealing ride in town.
However, alloy wheels are prone to galvanic corrosion, which leads to leakage if ignored for too long. Therefore, you must take preventative measures to ensure that your alloy wheels in Peterborough last long.