Concrete Forming Systems and Other Factors that May Influence the Concrete Pouring Process


Pouring concrete is a complex process that requires many crucial considerations, such as the weather, reinforcement, and using concrete forming systems.

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What You Need to Know about Building Walls and Concrete Forming Systems


Any habitable structure consists of at least five major elements—foundation, floor, wall, columns, and beams. You’ve probably heard much about a structure’s foundation, columns, and beams since they function mainly as load bearers, but haven’t given much notice to the other naturally non-load-bearing elements, particularly the walls.

Considering that walls function as mere covering and partition of a building, they are usually not the focus of most construction-related discussions. In fact, in actual construction, they are usually built last. Nonetheless, there’s more to these walls than you almost certainly know. Here are some information about them that you might find useful in making decisions for your own construction projects.

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What You Need to Know about Concrete before Using Concrete Forming Systems in Your Project


It’s hard to imagine a construction project that does not involve the use of concrete. For millennia, builders have used all sorts of composite material they produce by combining fine and coarse aggregates. The most trusted option, which is still extensively used today even with the growing popularity of “sustainable” materials, is concrete, and for good reasons. The following information may enlighten you on the real reason why concrete is still the best construction material available.

Fire and Water Resistance

Although the formula for making concrete includes water as the binder, the final output is actually impervious. Meaning, water or any other fluid cannot seep through it, except if the concrete was poorly done and has tiny voids within it. The final output is also essentially a rock, and so it doesn’t burn like wood or plastic. It has a higher thermal resistance than metal as well, which makes it a perfect material for constructing structures that are intended for applications involving high heat.

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Concrete Forming Systems: How Do You Know If You Are Using the Right Material?


Thirteen construction workers were severely injured while working at a mixed-use development in Oakland, California on May 2017. The cause of the accident was the collapse of a shoring system while concrete was being poured into the formwork it was supporting. Investigators later found evidence that point to safety violations committed by the three main contractors of the project, who were later fined $147,315 for damages.

This incident is a perfect example of the disaster that can happen if the concrete forming systems used during construction fall short of building standards, which begs the question, “what type of formwork is safe to use?” or “how do you know which type of material makes a good formwork?”

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The Importance of Concrete Forming Systems to an Efficient Job Site

Construction job sites ideally run on a very tight schedule. The progress of the work rests not just on the efficiency of the workers but also on the reliability and durability of the materials used. The manner by which these materials are prepared and utilized also have a direct impact on the workflow process. In pouring cement, for example, both form and timing will determine how well the final product comes out. One way to ensure that resources are not wasted is to use quality concrete forming systems.

What are Concrete Forming Systems

Concrete forming systems, as its name suggests, are cement molds that keep the liquid cement holding a particular form or shape until it dries up completely. Their functionality is crucial to the efficiency of the job site because the sturdiness and durability of the structure relies on the products resulting from them.

The Benefits of Using Modern Concrete Forming Systems for Your Structures


The concrete forms used by builders in the United States have come a long way from traditional plywood to metal or combination. It’s not so long ago, just in the 1990s, when modern concrete forming systems have been fully embraced, and there is no denying the impact that it’s made in the construction industry.

The new technologies incorporated in formwork installation have not only increased productivity but cut down on construction expenses as well. Apart from improving efficiency, this new technique also ensures structural integrity. It’s no wonder many contractors are beginning to invest in modern concrete forming systems for a more lucrative enterprise.

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Concrete Placement and Curing in Quality Concrete Forming Systems


Despite the increasing popularity of modular and shipping container construction, concrete is still the most important building material, and for good reasons. Its compressive strength is unparalleled; no metal can rival it. In fact, metal is good at resisting tension, not compression. This is why in most structures, concrete and metal always go together and form what is known as reinforced concrete. Here’s a quick look at how concrete is prepared and poured into formwork.

Preparing the Formwork

There are other steps preceding formwork preparation but it’s this part where concrete actually starts to be involved. Concrete forms are crucial in the building process because they hold concrete until it hardens. They are made from wood, metal, or plastic, although in most large projects where huge volumes of concrete are involved, metal forms are the best option. There are suppliers that offer metal concrete forming systems to builders to help them achieve the best result.

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