How on earth would mere concrete help a home or building stand strong, and withstand the elements, like earthquakes? Well, the answer is no, because a concrete beam or post without steel bars or rebars inside it will literally fall like a deck of cards on the faintest of quakes. Like, just think of the human body without bones! Okay, let’s now take a look at the many amazing perks of what we refer to as Brisbane mesh reinforcement.
What is Mesh Reinforcement?
Okay, let’s start the discussion with defining what Brisbane mesh reinforcement is all about. According to engineering and construction experts, it refers to the process of using welded metal wire fabric as a reinforcement or support mechanism for structural concrete elements like walls and concrete slabs.
Reinforcing mesh usually comes in a rectangular or square grid pattern, and is commonly produced in flat sheets.
The Various Types of Mesh Reinforcement
Now, let’s take a closer look at the various types of Brisbane mesh reinforcement used today.
Reinforcement Mesh for Floor Screed
According to construction experts, this type of Brisbane mesh reinforcement is a high-quality product which will help facilitate concrete pouring operations. In building concrete structures, the foundation plays a vital role.
By itself, concrete is quite fragile, therefore the use of welded mesh for the floor screed enables the creation of sufficiently strong and sturdy structures. The mesh itself is made of steel bars by welding method, which gives it a long service life. Brisbane mesh reinforcement for floor screed also increases the resistance of the entire structure to mechanical stress.
Now, what’s required to install Brisbane mesh reinforcement for concrete? Again, according to our engineering experts, the following tools are needed – Measuring instruments, screws, drills, rollers, a knife, roller, level or ruler.
The installation of Brisbane mesh reinforcement for the foundation refers to the process of creating a wire frame. The maximum possible dimensions of reinforcement mesh for floor screed is 6,000 x 2750. If it’s necessary to utilise scraps, then these are placed on each other and folded to 40 or 50 centimeters. Whine mesh reinforcement is connected using a welding machine, the use of specialised reinforcement clamps have recently been done.
The material reinforced must have a very good adhesion to concrete grout. Thus, the application of oily materials or substances and paints to reinforcement mesh is discouraged. And, in order to prevent the reinforced structure from corroding, it must be installed completely immersed in concrete.
Reinforcement Mesh for Wall Plastering
Welded reinforcement mesh for wall plastering helps to enhance or increase the service life of plastered walls indoors, by as much as 30%. Actually, the service life of welded reinforcement mesh for wall plastering is actually quite long, as the product retains its quality or sturdiness for around 60 years.
Galvanized Reinforcement Mesh
Now, galvanized Brisbane mesh reinforcement has a wide array of applications. Like in construction, welded meshes are utilised for laying foundations, reinforcing concrete structures and road surfaces, as well as reinforcing brick work. And, because of their shiny and pretty appearance, mesh reinforcement can also be utilised for decorative design purposes.
Galvanized mesh is made of strong reinforced rods, which are placed or positioned so that the joints are perpendicular to each other. Such products are classified by wire diameter and mesh sizes, and the bars themselves are either corrugated or smooth.
The major advantages of galvanized Brisbane mesh reinforcement include the heightened ability to withstand shocks, and may types of mechanical damage. They also have very excellent anti-corrosion properties (because of hot-dip galvanizing) and they have a long service life.
Reinforcing Wire in Bars
Reinforcement wires of various grades are usually made of low-carbon steel, using cold or hot drawing method. The bars have periodic profiles, which are necessary for enhanced performance of its main function, with the reinforcement of concrete structures.
Reinforcing Mesh in Road Works
Now, Brisbane mesh reinforcement for road works is necessary to strengthen or enhance the ability of individual road components to withstand heavy loads during their lifespan. These are a crucial component of concrete and asphalt coating.
Welded Brisbane mesh reinforcement for road works cope very well with compression, bending loads and tension (along with the possibility of shearing of unstable soil).
Why Use Mesh Reinforcement
Now, why do you require Brisbane mesh reinforcement? Well, the reason is that plain concrete itself is not a good structural material, because it cannot withstand the different stresses caused by external loads like earthquakes, strong winds and other vibrations.
Reinforcement mesh help concrete structures and elements with enhanced crack control, as it considerably reduces the amount and size of cracks in concrete walls and slabs. It also helps with the effective and efficient distribution of load. In fact, the addition of steel mesh helps to smoothen the distribution of the load. Reinforcement mesh also provides improved fire resistance and added extra tensile strength.
This material also considerably reduces the number of steel bars. In fact, the use of Brisbane mesh reinforcement can save as much as 30% of steel consumption. Moreover, the steel mesh should be processed after being transported to the project site; thus there is no loss.
And,Brisbane mesh reinforcement also speeds up the progress of construction. As long as the welded steel mesh is properly laid, concrete can then be poured without the need to cut the steel bars on site, and the steel bars are placed and then tightened one by one.
The use of Brisbane mesh reinforcement can also considerably save as much as 50% to 70% of man-hours, and in the process effectively speed up the overall construction process, and thereby shorten the construction period.
Finally, Brisbane mesh reinforcement is very suitable for large-area construction projects. The steel bars are not easy to bend, slip or deform when concrete is poured. The thickness of the concrete protective layer is also easy to control and uniform, which greatly improves the overall quality of reinforced concrete projects.