Steel is a metal commonly used for every aspect in today’s world. With changing time, factories and medical facilities have started using stainless steel for their different products, and the main reason is that the metal does not rust and can be cleaned easily. In this context, the most common form of stainless steel usage is in the form of stainless steel mesh.
Now the question arises what exactly is a mesh. It is nothing but a knitting of steel wires and strips together, giving a cloth finish which is very strong. It has a wide range of usage starting from screening to fencing and draining in the industrial sector. Different industries prefer better quality of meshes, so to cater their needs the mesh manufactures have come out with a few different varieties of steel mesh which can be used for different purposes. These are namely perforated, woven wire, screen and cloth mesh. Each of them is unique and has different functions.
The perforated mesh is a simple form where close holes are punched on a thin sheet of steel and is generally used in the industries for filtering, draining, cooling or even drying purposes.
Woven wire mesh
The woven wire mesh is a pattern of steel wires woven together in a complicated pattern and each steel strand is different from the other and its flexibility depends on the thickness of the wires or the strands used. This is used for building fences and also guarding the industries.
The screen mesh is used mainly in the coal and raw mining industry and also in the construction of buildings where it is used as a support to plaster, which works as a fire retardant too. It is a form of weaved steel strips together in a strong manner with lesser flexibility.
The last one is the mesh cloth, which is weaved from closely knitted wires of steel and is same as weaved cloth. It is usually used in the chemical, petroleum industry and also for scientific researches like in filters.
Varied advantages of steel mesh
It has several advantages like;
It is very light and thin and can be given any form.
Other metals like copper or aluminum can never give the finesse it gives.
The wide variety of these meshes makes it more appropriate in mass usage of the different industries.
The most effective and promising reason of its popularity is the price which is very affordable.
If you do a comparison with other metals like copper or aluminum, the price rate of stainless steel mesh will give you a much better discount saving you money and providing you with a strong, durable and reliable product for years.
This product is also in hype in few domestic constructions and the architects using them in different ways to make the house look classy and also safe, as the most vital character of steel which is non-rusting gives it a bonus to be used in its mass production. Many steel companies, are now using various designs of mesh to give a new modern and strong look to their products. These are available in sheet forms and have different ranges of sizes and density according to the need of the customers. The opening range of the steel mesh is from .03 mm to 40 mm and the wire ranges from 4.0 mm to .018mm. So, it is quite capable of screening of large particles as of mining or quarrying. Their enhanced quality makes them capable to sustain high temperature and harsh weather conditions. So, if you haven’t used the material till date, it is the time to do it.
The most popular usage of steel mesh is in the fencing line of industries as fences, partitions, and also for security. They are durable and are very easy to install at any place or situation. Many industrial companies use fences and partitions out of steel mesh. It is a craze among-st the architectural geniuses for its unique qualities and they prefer these in their constructions all over the world. In fact, in near future the mesh will have more utility in different industries than its present scenario.
This blog explain an advantages of using stainless steel mesh. Hope you like this information!!! Still want to know more useful information then contact Master Windows & Screens.