**The Content Of The Article:**

More and more people are looking for an alternative to the classic wooden fence and become aware of gabion fences. These are wire cages of different sizes and shapes that are filled with gabionic stones and thus look like an elegant stone wall. Property owners and gardening enthusiasts who decide to use gabion stones should pay attention to the appropriate stone size and their fill quantities.

## Gabion stones in detail

Gabion stones are easily deployable stone wall variants that can be easily set up and filled even without knowledge in building the wall. The fences are made of a wire basket, which is filled with rubble in different grain sizes and thus gives the impression of a wall. Not only quarry stones are used here, but also gravel, which is quite coarse-grained and therefore can be easily used for the gabions. The following stones are perfect and have become established as a filler:- granite
- dolomite
- sandstone
- quartz
- basalt
- limestone
- greywacke
- decorative gravel
- Glass chunks (no rocks, but gladly used for gabions)
- marble
- sugar Stein
- shell

**Tip:**Before selecting the stones you should inform yourself in which colors they can be delivered. Maybe you like a rose quartz in the delicate pinks more than typical greywacke stones, which is important for the project.## stone size

The correct size of the gabionic stones is decisive for the necessary order quantity, as it determines how close together the stones are in the wire baskets. In addition, the size is important so that the stones do not simply fall out of the holes of the gabion cages as soon as they are filled. For this, the dimensions of each mesh size needed, you should look at the purchase of cages to find out the necessary stone size. The mesh size describes the distance between the wires. Typical mesh sizes are:- 50 x 50 mm
- 50 x 100 mm
- 50 x 200 mm
- 100 x 100 mm

- coarse stones: usually larger, are farther apart, as edges are more shapeless, fewer stones are needed
- fine stones: due to smoother edges are closely together, the shape of the stones is similar throughout, more stones are needed

- Length, width or density of some stones do not fit
- These can either not be used at all or only after several trials
- often fall out
- can not even fit in the fence in extreme cases

**Tip:**If you no longer know what the mesh size of your gabion fence is, you can simply measure it with a tape measure or ruler.## Capacities

After you have decided on the appropriate size of the stones, you must then calculate the capacity.This information is important so that you have enough stones to fill your gabions, and the optimum amount of filling saves you time or money. The following quantities are required for the calculation:- Height of gabions in meters
- Width of the gabions in meters
- Length of the gabions in meters
- Weight of stones per cubic meter (mÂ³) in tonnes

*Length x height x width x weight = result in tons*

*Result in tonnes + 20% = final capacity*

**Tip:**If you have problems with the percentage calculation, you can easily divide the result in tons by 5. The result is 20 percent.### Round gabions

When calculating the capacity for round gabion fences, it can often be a bit more difficult. Since this is not a cuboid but a cylinder, the filling quantity must be calculated accordingly. Thanks to the circle number Pi (= 3.14159...), you can easily calculate the basic round shape. If you have decided on a gabion fence that corresponds to a circle in the base area, you will need the following values â€‹â€‹to calculate the room volume:- Radius of the circle
- Height of the fence

*Circle number Pi x radiusÂ² x height = volume*

*Volume x weight = capacity*

**hollow cylinder**

Since not every gabion fence is used as a pure cylinder, but rather as a hollow cylinder, you have to use a different formula for this:

*Volume of the outer cylinder - volume of the inner cylinder = volume of the hollow cylinder*

**Elliptical cylinder**

The third variant contains elliptical cylinders, ie gabions that are oval in their basic form and therefore allow even more flexibility in the design.

The formula is:

*Circular number Pi x radius of the length side x radius of the short side x height = volume*

**Tip:**Since round gabions are never as accurate as straight variants, you should order between 20 and 25 percent more stones here so the curves can be balanced.