- Height of Pour – A concrete forming system acts as a container for the concrete. In Physics, we learned that in a container full of liquid, the closer you get to the bottom, the higher the pressure becomes. This also means that the taller your concrete form is, the more pressure it must resist.
- Concrete Pour Rate – Speed is weight. The faster an object moves, the greater weight and pressure it exerts. You have to make sure that the concrete is poured evenly across the container’s interior at a safe rate to prevent exerting pressure that the formwork can’t tolerate.
- Weight of Concrete – It’s not news to construction professionals that concrete is immensely heavy. After all, it’s a mixture of cement, sand, aggregates of rocks, and water. In fact, it’s so much heavier than cured concrete since it contains water.
- Temperature – Concrete’s temperature as well as the environment within which the construction is being carried out has a huge impact on the performance and durability of the concrete forming system.
- Type of Cement – There are at least 13 different types of cement used in concrete construction, each with a unique set of properties, which enable them to affect the material of the formwork differently.
- Vibration – Various methods of vibration can be used to ensure that the concrete is free of voids. Make sure that the method or equipment you will use is safe for your formwork or calibrated to a safe rate.
- Water–Cement Ratio – Some concrete forming systems are not very good at handling too much moisture. It’s crucial that you know the water-cement ratio required or involved in the construction in order to choose the right type of formwork.
Of course, there are plenty of other factors that you need to consider when preparing formwork for your construction project. Then again, if you are looking for superior concrete wall forms for sale, it would be best to turn to a reputable concrete forming system provider, such as LECO Corporation. They offer concrete forms that perform exceptionally in a wide range of conditions.