Concrete Garage Floor Thickness

5 6 inches 0 125 0 15 m porches home garage floors.

Concrete garage floor thickness.

Garage floor slab construction process includes the preparation of base erection of formwork placement of reinforcement pouring compaction finishing and curing of the concrete slab. Contents construction of garage floor slab1. 4 inches 0 1 m. Type of use how thick you pour your concrete floor can be determined by how the floor is going to be used.

A 6 inch thick slab weighs only about 75 psf and live loads anything that is not part of the building itself including vehicles typically don t exceed 50 psf in a garage. Using a thicker layer of concrete for your garage floor will be more much more cost effective in the long run minimising the potential occurrence of bending and cracking. 4 5 inches 0 1 0 125 m farm building floors home basement floors. In this article we discuss the construction process thickness and cost of garage floor slab.

Place concrete at a minimum thickness of 4 inches. This is largely based on the types and the number of vehicles you plan to park on it. That means that the soil under a typical garage slab only has to be able to support 125 psf. A core sample should be obtained and tested to verify minimum floor compressive strength.

6 8 inches 0 15 0 2 m side walks barn and granny floors. Old habits die hard. When investigating floor properties consult building drawings to verify proper floor reinforcement. Existing concrete floors should be test drilled to verify minimum floor thickness and to confirm building drawings.

When pouring concrete for a garage floor it is essential that there is enough thickness to ensure the strength and durability of the concrete. The standard concrete garage floor is 15 cm 6 inches thick and with use of proper control joints should be thick enough to withstand normal use. Building codes used to stipulate that the floor of an attached garage be four inches lower than the floor level of the house. The standard concrete garage floor is six inches thick and with use of proper control joints should be thick enough to withstand normal use.

Thickness is the major factor even more than the strength of the concrete in determining a driveway s structural capacity. Today s residential building code does not include this requirement.