Builders are all too familiar with this medium, as its common applications are in houses, roads, bridges, commercial structures, and buildings that require extra strength against natural disasters like tornados.
Aluminum concrete forms provide several perks in getting the job done. To name a few, this metal is known to be lightweight, durable, resistant to corrosion, and fire-proof. Setting up the framework on your worksite will take just about a day, with just a handful of crew members. Plus, installing concrete wall forms does not require advanced work skills, and anybody can learn to do it with a little instruction.
Aluminum wall forms are initially coated with a layer of oil to protect the concrete that will be poured on it, and this acts as a non-stick surface that helps the framework detach easily. After pouring, once the concrete has been verified as cured and set enough, these wall forms can be removed with minimal effort.
Pins can easily be hammered off, and the aluminum pulled off without damaging the concrete. A great thing about these aluminum forms is that they can be reused for other future projects, helping to save you time and money in the long run.
Notes on Safety
When working with aluminum concrete forms, authorities like the Occupational Health and Safety Administration (OSHA) recommend that the work crew should wear personal protective equipment for the head, face, and feet. Heavier and larger wall forms need to be hoisted with appropriate lifting equipment to help workers avoid getting pinned.
If you need more information on the benefits of using concrete forms for your construction projects, then talk to concrete form experts. These specialists offer top-quality concrete wall forms for sale, with a wide array of sizes that will best fit your specifications. Consult with them to find ways to complete your projects more efficiently and impress your clients with a professional finish.
Concrete and Masonry Construction, OSHA.gov
Use of Aluminum in Building Construction, EngineeringCivil.com
Timber Vs Steel Vs Concrete Structures, Sourceable.net