Plastering a wall has to be oneof the most important aspects of the construction of anything because it gives the wall a more finished and more finished look and makes it much stronger. It increases the appeal of a wall and gives it such a great amount of strength which is much required for the wall. Without plastering, your walls are not going to be strong enough to let alone hold themselves at their place withoutbreaking down as of any external weight or pressure being put on them. Plastering a wall involves the use of things like a mixture of cement, sand, and water. Other than this mixture, a mesh is also used in plastering the walls. The mesh basically holds the layer of cement, sand, and water mixture strongly at its place and builds up the strength which is needed by the wall. Other than these materials, certain plastering tools are also going to be needed to plaster the wall perfectly. Plaster your walls and have the smoothest and fine-looking walls, which, after paint application, are going to steal thespotlight in your house.
Advantages of Plastering yourWall:
- It is going to give maximum strength to yourwall.
- It makes your wall significantly durable.
- It makes your boring rough wall very robust andsmooth.
- It gives you the chance to decorate your wall bycreating architectural moldings on it.
- It makes it easier to apply paint to the wall.
- It provides a long-lasting finish to your wallwithout cracking.
- It is pollution-free; hence it is eco-friendlyto plaster your walls.
Materials Needed for Plastering aWall:
As mentioned above in thisarticle, wall plastering requires a mixture of cement, sand, and water, which is applied to the mesh that is netted onto the wall. Sometimes gypsum or lime are also used instead of cement. However, the type of cement, gypsum, lime, or sand which is used in plastering a wall is the basic one. Other than this, the most important thing is selecting the right type of mesh for wall plastering. Wall plastering mesh comes in a variety of types which are classified on the basis of different materials which are used to make different types of meshes. Let’s have a look at the types of wall plastering mesh.
Types of Wall Plastering Mesh:
The mesh that is explicitly usedfor plastering a wall is designed as such that it forms a honeycomb meshstructure. This honeycomb mesh structure is attained by twisting two adjacent wires at least four times. Wall plastering mesh comes in the following different kinds:
Wire Wall Plastering Mesh:
Wire wall plastering mesh is madewith wires which are welded together, creating a honeycomb mesh structure. Itis made of metal wires and is the most solid wall plastering mesh among all.This also has its types:
- Light Type Expanded Metal:
This one is thelightest metal wire wall plastering mesh and gives enough strength to the wallfor its structure. Perfect for netting on all types of walls.
- Plaster Chicken Wire:
This chickenwire mesh forms hexagonal boxes, which give off much strength when netted ontothe wall for plastering. Plaster holds onto the mesh and wall with much improved grip because of the hexagonal shapes of the mesh.
- Welded Wire Mesh:
This is made bywelding low carbon or galvanized wires together in the honeycomb meshstructure. It gives great strength to the wall.
- Chain Link Mesh:
This is a metalwire fence that is commonly used for fencing boundaries. It is also used forplastering walls because it gives off its unique abilities to the wall, which makes the wall much stronger.
Fiberglass Wall Plastering Mesh:
Fiberglass is a type of plasticthat is strengthened by using glass fiber. This glass fiber strengthenedplastic that is fiberglass is used to make wall plastering mesh by some skilled fiberglass mesh manufacturer. This mesh is very low inweight as compared to wire mesh but gives almost equally high strength to the wall. It is fire resistant and significantly durable.
Plastic Wall Plastering Mesh:
This is a very basic plastic meshthat is not as good as wire mesh and fiberglass mesh, but it is very convenientto use and helps in the quick drying of the plaster.
