In steel alloys, carbon takes up about 2 percent of the weight. For a very long time, steel has been produced in furnaces which date back to several thousands of years ago. The use of steel mesh has been discovered and harnessed through time though. The steel’s use has been put to full blast efficiency when production methods were improved in the 17th century giving way for blister steel as well as crucible steel. In the 19th century, the Bessemer process was put into practice thus paving way to a new era of steel mass production. Several years later, steel’s quality was refined further with the use of new process such as the Siemens- Martin and the Gilchrist-Thomas. With the new processes introduced, wrought iron was replaced with mild steel.
Where are steels and iron commonly used? Steel and iron are used heavily in railways, appliances, buildings, roads and other architectural infrastructure. Today’s mega structures such as skyscrapers, stadiums, airports, trading ports and bridges are all supported by steel. Concrete structures also use steel as reinforcements. Steels are also common in cars and appliances. Although aluminum has been gaining widespread popularity, steel is still the preference of most manufacturers for car bodies. Steel is also used in construction materials such as the nails, screws, bolts, cooking utensils and several household products.
What are the properties of steel? Its properties are linked closely its composition. Notice that the steel used in canned drinks is different from those used in making knives or scissors. The metal in knives and scissors contain much greater amount of carbon making it several times harder than steel in can drinks. When you change the carbon content in a certain object, the properties of steel also alter and the manner of its usage also changes.
The properties of steel are also affected by the amount of heat that it gets. When you cool very hot red steel immediately in freezing water, it will become very hard and also will become extremely brittle.
Steel can be fashioned into different shapes and products in order to be of great use.
Stainless steel mesh screen are commonly used in applications where you will need greater strength and a chemical resistant mesh screen in order to do the filtering. The stainless steel mesh screen can withstand extreme heat, cold, different solvents, liquids, chemicals, sand and can serve as a very good filter media. The steel mesh screen is the very same material that people use in making their stainless steel filters.
The stainless steel mesh resists chemicals well and therefore it can work as a great support grid or a filtering apparatus. You can also use them to work in methoxide tanks to do the job of filtering catalysts which are not dissolved during the methoxide combustion. You can also use the stainless steel mesh screen in filtering the waste vegetable oil or even biodiesel.