Galvanisation: A Treatment For Steel And Iron For Strength And Longevity

Galvanisation is a means of protecting steel or iron from catching rust. The process of galvanisation involves the application of a protective coating of zinc. The zinc coating restricts any kind of corrosive substances to reach the underlying iron or steel. The most common and practised way of galvanising is hot-dip galvanisation. Here, the items that need to be galvanised is submerged and dipped in a bath of hot zinc in molten form.

Benefits of Galvanisation
Galvanised steel or iron is vital for many industrial applications. The demand for galvanised metals is increasing following a steep slope because of the many benefits it offers. The following are the summarised benefits-
• The process of galvanisation provides the metals with great tensile strength. A galvanised steel is much stronger than any other metals that possess similar material properties. Not only this, the galvanised steel is proved to be stronger than steels of other types.
• For an engineering project, the tensile strength and the yield strength is of most importance. Strong materials not necessarily always have a rating for greater toughness. Hardness in some metal makes them brittle and therefore risky. A galvanised steel ensures both the required criteria of strength and toughness, for an engineering project.
• The production of these galvanised steel can be executed quite rapidly. It takes approximately 72 hours to complete the process of producing steel and bathing it in molten zinc. In few cases, it can be done within 24 hours.
• The galvanised steel doesn't require any kind of maintenance, for it provides sacrificial protection to itself.
• The while surface of the galvanised steel has protection from the surrounding environment, including all the grooves and corners.
• The process of galvanisation might not be good for the environment, but in long run, it shows a positive result. Due to galvanisation, the steel erodes less, therefore the requirements of producing new steel minimise. This is a positive sign for the atmosphere.

Modular Design
Modularity in design or simply a modular design is a blueprint where the design principle subdivides a whole system into smaller parts, known as modules. These modular parts can be created, replaced, exchanged or modified independently with other modules or in between other different systems. The design of a modular system does not bear a certainty about lifetime but it exhibits flexibility. The primary advantage of modularity is customisation and cost reduction to some extent.

Modular Box
A modular box is a surface mounted box, which is used in any kind of commercial and industrial structures that allows a clean attachment to the network cables. A galvanised premium or GP modular box is used in a structured network. There are many companies that manufacture and produce GP modular boxes along with automation of warehousing system. These modular boxes require an easy process of installation because of their accurate dimensions.

These modular boxes are highly accepted for their capability of resisting shock, extreme weather conditions and heat. These modular boxes also possess high strength and exceptional longevity. The GP modular boxes manufacturers also claim of being aided by the vendors supplying high quality raw materials to them. These companies engage a group of experienced and professional workers for carrying out the entire manufacturing process.