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The Reasons To Choose Concrete For Construction

The Reasons To Choose Concrete For Construction
24th March 2022

Concrete is the basic building block of any construction structure. It has been around for quite a few years, and it contributes to the durability and strength of the design. But do you know that concrete for construction comes in various forms and that you must choose the best one according to your requirements?

First and foremost, as compared to other construction materials, the cost of producing concrete is relatively inexpensive. Due to its low price and widespread availability, concrete for construction is readily available worldwide. Concrete is a cinch to work with compared to steel or other synthetic materials. It is mainly composed of:-

• Cement

• Water

• Aggregates

These products are readily available for purchase from a local concrete supplier in London.

The concrete you purchase is selected for its strength and hardening properties. When it comes to your building site, it is in liquid form but solidifies once you work on it. Under typical room temperature or ambient temperature, the concrete for construction can harden itself. In addition, cement is a low-temperature bonded inorganic substance, which means it can be employed in any weather circumstances. Let us have a quick glance at some of the benefits of using concrete for construction.

ENERGY EFFICIENT

Concrete is an energy-efficient building material because it has a lower manufacturing cost. As a result, the quantity of energy needed to manufacture concrete for construction is minimal. You need 450-750 kWh/ton of energy to create bare cement. On the other hand, reinforced concrete uses 800-3200 kWh/ton. It takes around 8000kWh/ton of steel to produce the same weight as regular concrete, which is 3X to 10X times as much energy.

RESISTANT TO WATER

Concrete has a high level of water resistance. As a result, concrete is more resistant to water corrosion than wood or steel. In applications such as pipelines, canals, dams, and waterfronts, cement's ability to withstand pressure makes it a perfect choice for building material.

HIGH TEMPERATURE RESISTANT

Concrete's high-temperature resistance makes it an ideal material for high-temperature applications. The calcium silicate hydrate is the primary binder in concrete for construction. Concrete has a heat resistance range of 2-6 hours. It is also used in the manufacture of fireproof steel.

IT CAN BE RECYCLED

Many industrial wastes are hard to reuse. But concrete has a favourable influence on the environment and minimises industrial waste in several ways. You may save money by using these wastes over and over again.

ADVANTAGES OF CONCRETE FOR CONSTRUCTION

• Concrete may be made with readily available raw materials.

• Its strength may be increased by optimization.

• Because of its great tensile strength, it may be moulded into whatever form you like.

• Casting is cost-effective.

• There is no degradation.

• Concrete for construction is non-combustible

• It can withstand both wind and water.

• Using concrete as a soundproofing medium is possible

Concrete for construction is one of the few substances available on earth that is highly energy-efficient and easy to recycle. It may be conveniently used with other materials, for a site job. One may contact West London Concrete and discuss the requirements for a cost-effective and faster supply.

Concrete pumping has several advantages over other technologies. We'll start with some background information on concrete pumping and discuss how concrete pumping can help you save money.

What Is Concrete Pumping and How Does It Work?

You may assume it's just “concrete from a pump”. True, but it's an exaggeration. Two pistons are installed in the machine's cylinders. A hopper attached to the device receives liquid concrete. The first piston pushes air into the first cylinder, drawing liquid concrete from the hopper. At the same time, the other piston makes the concrete out through a discharge pipe. The two pistons then switch roles. This allows for uninterrupted concrete flow. The cylinders are exchanged using a valve between the hopper and the discharge pipe.

Large Scale Projects

Concrete pumps are becoming increasingly common. The sector has expanded 14% in the last two decades. The total worth of the industry is’ evaluated at 1.25 million pounds. By 2021, it is predicted to have grown by approximately 25%.

Concrete Pumps Come in a Variety of Shapes and Sizes

Boom Pump

In a boom pump, an articulating robotic arm deposits the concrete called a “boom”. The boom is controlled using a remote. It can quickly pour enormous amounts of concrete faster and more precisely. The robotic arm can also perform electrical and pipe maintenance tasks.

Line Pump

Steel or rubber hoses are attached to the machine in a stationary pump, mounted on a trailer. The pump's reach is extended by connecting multiple hoses. Trailer pumps are ideal for smaller operations that require a reduced volume of concrete deposition. These are used for sidewalks and swimming pools, and small domestic projects.

Concrete Pumping: 5 Reasons to Use It

Easy Accessibility to Difficult Site Points

It's not always possible to get the mixer near enough to the area where the concrete needs to be poured. This is prevalent on building sites in urban areas or residential areas. If your site is inside a building, at an alleviated height, or underground, you'll need to use the concrete pump.

Saves Expensive Manpower

The professional concrete pump helps in saving manual labour and keeps the cost in check.

A Potential Alternative to Instable Methods of Concrete Deposition

A concrete pump can make the task a hundred times easier and more convenient and even uniform

Offers Faster Pace Of Work

A concrete pump offers faster work and might get you back on track if your project runs late.

Concrete Pumping- Benefits and Advantages

Concrete pumping has numerous advantages, including:

• Concrete can be placed at inaccessible distances and heights.

• It works great even in unfavourable weather conditions.

• One can accelerate and retard the speed of concrete deposition

• It is a less labour-intensive process

• It may enable you to access regions that are inaccessible by crane.

• Because of the time saving factors, you may be able to finish work on many project sites in a single day, lowering your prices and expenditures.

Final Thoughts

A concrete pump can handle any project, no matter how big or small. According to most project managers, concrete pumping on building sites can save money in the long term. Contrary to popular belief, the labour and time savings of using a concrete pump outweigh any additional costs. When working on challenging construction sites, concrete pumping from West Concrete London may be the only practical choice available.