188 nos.of rebar
80% 3,425 lb
You have to find a chart that will indicate the weight per unit of measure for the appropriate rebar size. Than take that and multiply it by the the length of the rebar. For example, a #4 rebar weighs 0.668 lbs/ft. If you have 5 @ 20-00 pieces that is 0.668 X 20 X 5 = 67 lbs. Charts are available throughout the web or at CRSI.org.
You have to find a chart that will indicate the weight per unit of measure for the appropriate rebar size. Than take that and multiply it by the the length of the rebar. For example, a #4 rebar weighs 0.668 lbs/ft. If you have 5 @ 20-00 pieces that is 0.668 X 20 X 5 = 67 lbs. Charts are available throughout the web or at CRSI.org.
between 4 and 6$ per stick.
I assume they would be tied using tie-wire to the rest of the rebar cage.
To pour concrete footings effectively and efficiently, follow these steps: Prepare the site by clearing and leveling the area. Dig trenches to the required depth and width for the footings. Install formwork to contain the concrete. Place reinforcement bars (rebar) for added strength. Mix the concrete according to the instructions. Pour the concrete into the formwork. Use a screed to level the concrete. Allow the concrete to cure properly before removing the formwork. By following these steps carefully, you can ensure that your concrete footings are poured effectively and efficiently.
To ensure a stable and durable foundation for your deck, follow these best practices for constructing deck concrete footings: Dig deep holes below the frost line to prevent shifting. Use proper reinforcement, such as rebar or metal brackets, to strengthen the footings. Ensure the footings are level and properly aligned with the deck layout. Allow the concrete to cure fully before building on top of it. Consider using precast concrete footings for added stability and ease of installation.
To lay rebar for concrete effectively, follow these steps: Determine the required rebar size and spacing based on the project specifications. Place the rebar in the correct position within the formwork, ensuring it is properly supported and secured. Use tie wire to connect and secure the rebar at intersections and corners. Use chairs or supports to lift the rebar off the ground to the desired height. Double-check the placement and alignment of the rebar before pouring the concrete. By following these steps, you can effectively lay rebar for concrete to ensure a strong and durable structure.
The necessary steps for installing concrete footings for a house foundation include: Excavating the area where the footings will be placed. Setting up wooden forms to contain the concrete. Adding a layer of gravel for drainage and stability. Installing rebar for reinforcement. Pouring and leveling the concrete into the forms. Allowing the concrete to cure and harden before proceeding with further construction.
You should or at least each wall at the same time. You could pour it in sections as long as the rebar was joining each section. The problem would be at the joints. How to form up a section of the footing with the re bar in place. If the rebar is not tied together, the wall will move and never be what it should be.
To properly build footings for a construction project, you need to follow these steps: Determine the type and size of footing required based on the building's design and soil conditions. Excavate the area where the footing will be placed, ensuring it is level and at the correct depth. Install any necessary reinforcement, such as rebar, according to the project specifications. Pour concrete into the excavated area, making sure it is properly mixed and compacted. Allow the concrete to cure and harden before continuing with the construction process. By following these steps, you can ensure that the footings for your construction project are built properly and will provide a solid foundation for the building.
Prior to stuccoing the CBS you can install metal mesh or REBAR
If the posts are to support a structure such as a house or barn, yes. If the posts are to support a rail-fence, no. Check with your local municipality's code enforcement office for permit requirements. Then draw, draw, draw!
It's usually the very base of a structure that bears and distributes the total weight of the building. It's usually concrete of varying thickness and width depending on the weight it has to carry and usually contains rebar for additional strength
.35/lb material .45/lb labor to install
It can vary by fabricator but at minimum, a fabricator is responsible to fabricate the rebar, by cutting and bending as reqd for project. They usually will supply placing drawings for review and installation. Some may have install crews, but not all.