The engineering industry is experiencing rapid growth across the world and it’s expected to grow even more in the future. According to experts, the reason behind the steady growth of global engineering industry is the implementation of right tools and techniques by engineers to design, build and maintain machines.
Engineers put in a lot of effort and time to design high-performance machines and structures that are used to simplify human life. While designing these machines and structures they use several important tools components. O-rings are one of the most important among them.
The O-ring is the final seal that is put into machinery to create the join that keeps gas, water, oil or other chemicals from leaking out. O-rings are one of the most important components of the whole engineering system, and without them, the system simply will not function correctly.
Take a look at why O-rings are so essential for engineering industries.
One of the major reasons for the growing demand of O-rings in global engineering industry is that they are highly versatile components. Yes, O-rings are one of the most versatile elements in an engineering structure and they are excellent seals. They work by making an impermeable but flexible seal between two surfaces that would otherwise leak. Typically, they are used to make a connection that needs to be able to be released. This may be a valve or a connection.
O-rings are a popular solution for this in engineering because they are not corroded by a wide range of corrosive elements. In some industries, liquids and gases are corrosive and damaging to seals, but O-rings are able to withstand them to keep these chemicals in. In other applications, the seals protect against spills or contents under pressure, not corrosion.
Oil and gas
In the oil and gas industry, O-rings are essential not just because they stop leaks from occurring, but also because they save the company from the PR nightmare that is an oil leak or spill. The O-rings in the system are essentially the barrier preventing oil from leaking into the sea and polluting the oceans, so for the oil industry they are essential. In gas pipes, O-rings are also invaluable because they are one of the only seals tight enough to prevent the egress of gas while still being capable of release.
Without O-rings the gas would leak out of the pipes and explosions would occur any time there is an ignition source. It goes without saying that without them the gas industry could not be effective.
O-rings in the home
O-rings in engineering also extend to products designed for homes. A large number of products found in homes incorporate O-rings.
They are used in everything from plumbing and gas to the fridge, freezer, central heating and kettles. O-rings are used in engineering design in practically every incidence where liquid or gas needs to be contained because they are the best solution for a seal that these elements cannot pass through.
People from non-engineering background often believe that all O-rings are the same, but in fact, they are very different and cannot be interchanged in many cases. The key differences are in the size and the material from which they are made.
The size of the O-rings used needs to be perfect in every sense because any gap at all will allow particles to escape and lead to a leak or even an explosion. The material is also significant because some O-rings are rated only for liquids and others for gas. Specialised O-rings are also made of special materials that will not be corroded by the liquid or gas they are transporting.
O-rings are essential in engineering. It is not possible to craft seals that can contain gas and liquid while also being removable without the use of O-rings. In everyday life and in every aspect of liquid and gas movement in engineering, O-rings are an essential element from planning to execution and delivery.