How to calculate the number of PVC ceiling gussets in this room

1. Calculation of the number of buckles.

The number of gussets is calculated according to the specific size of your room, and the calculation method is as follows: first, measure the length and width of your room, accurate to the centimeter.

Then divide the length and width of the room by the side length (750px) of the gusset, and the number obtained is the number of gusset required, if there is a remainder, you need to add one more.

Multiply the number of gussets you need for the last two sides to get the number of gussets you need for your entire room.

2. Calculation of auxiliary materials.

1.The triangular keel is directly installed and fixed on all gussets, and is used to connect the gusset with the main keel (light steel). Generally 3 meters root.

That is to say, each gusset needs to be fixed, and the number of triangular keels is determined according to the number of gaps between the gusset and the gusset in the room (the number of longitudinal gaps or the number of transverse gaps can be).

2.The light steel keel is linked to the triangular keel and the boom, generally 3 meters. The light steel keel is mounted vertically on the triangular keel, and the installation distance between the two is 1 meter.

Then the number of light steel keels is determined by the side length of the room perpendicular to the direction of the triangular keel, and the number of light steel keels = 1 meter of room side length, and if there is a remainder, the number is added by 1.

3.The large hanger is used to make the light steel keel connected with the triangular keel, a triangular keel is 3 meters, the light steel keel is vertically installed in it and the interval is 1 meter, then two light steel keels will be installed on a triangular keel, and 2 large hangers are needed. Therefore, the number of large lifting pieces = 2 triangular keel.

4.Boom, each light steel keel needs 2 booms (slings) to be fixed, then the number of booms = the number of light steel keels 2.

The area derived from the circumference of the surrounding area (extension meters) * (length of vertical plane + horizontal plane) is the area.

Generally speaking, the area calculation is suitable for the drop ceiling (that is, the ceiling above the second level or the modeling ceiling).

1. Calculation of the number of buckles.

The number of gussets is calculated according to the specific size of your room, and the calculation method is as follows: first, measure the length and width of your room, accurate to the centimeter.

Then divide the length and width of the room by the side length (750px) of the gusset, and the number obtained is the number of gusset required, if there is a remainder, you need to add one more.

Multiply the number of gussets you need for the last two sides to get the number of gussets you need for your entire room.

2. Calculation of auxiliary materials.

1.The triangular keel is directly installed and fixed on all gussets, and is used to connect the gusset with the main keel (light steel). Generally 3 meters root.

That is to say, each gusset needs to be fixed, and the number of triangular keels is determined according to the number of gaps between the gusset and the gusset in the room (the number of longitudinal gaps or the number of transverse gaps can be).

2.The light steel keel is linked to the triangular keel and the boom, generally 3 meters. The light steel keel is mounted vertically on the triangular keel, and the installation distance between the two is 1 meter.

Then the number of light steel keels is determined by the side length of the room perpendicular to the direction of the triangular keel, and the number of light steel keels = 1 meter of room side length, and if there is a remainder, the number is added by 1.

3.The large hanger is used to make the light steel keel connected with the triangular keel, a triangular keel is 3 meters, the light steel keel is vertically installed in it and the interval is 1 meter, then two light steel keels will be installed on a triangular keel, and 2 large hangers are needed. Therefore, the number of large lifting pieces = 2 triangular keel.

4.Boom, each light steel keel needs 2 booms (slings) to be fixed, then the number of booms = the number of light steel keels 2.

Multiply this by the square of the room, multiply by this by the square of the material, and then subtract two to do it, and add a little loss, about 10 points, your loss is still a bit big.

Calculate how many square meters the house has, and then add 10% of the consumables on the right and left.

Length and width, calculate the area, and report it to the seller of materials.