Which grid to use for the plaster of the facade

For a smooth finish and long-lasting plastering, selecting the appropriate grid is essential. Plaster mesh, sometimes referred to as facade grids, is a crucial component of plaster that keeps it from cracking and increases the surface’s overall stability. Even the best plaster can eventually fail without the right grid, resulting in expensive repairs and unsightly damage.

There are various kinds of grids that can be used for various kinds of facades and needs. Metal, plastic, and fiberglass are the most often utilized materials for these grids. Regarding strength, flexibility, and resistance to environmental elements, each material has unique benefits. The particulars of your project, such as the kind of building, the anticipated weather, and the required longevity of the plasterwork, will determine which grid is best.

Fiberglass grids are widely used in outdoor applications due to their lightweight design and ability to withstand rust and corrosion. Plastic grids are an affordable option for smaller projects or locations with less extreme environmental exposure, even though they are not as robust as fiberglass or metal. Usually composed of galvanized steel, metal grids offer remarkable durability and are ideal for larger structures, high-traffic areas, and harsh weather conditions.

A thorough understanding of the various grid types and their unique advantages will enable you to make an informed choice regarding your facade plastering project. You can make sure that your facade withstands the effects of time and nature and stays beautiful and intact for many years by selecting the appropriate grid. Whether you are working on new construction or remodeling an existing structure, choosing the right plaster grid is essential to getting a high-quality finish.

Plastering grid – reinforcing material

A plaster facade grid is supplied for wall installation in order to improve the plaster layer’s quality. Experience has shown that lining service life can be increased multiple times by using low-cost material.

Various kinds of mesh material are produced and chosen based on the kind of base and solution. To make the best decision, you should therefore research the product’s features.

A plaster facade grid is supplied for wall installation in order to improve the plaster layer’s quality.

The purpose of the grid for plaster

Plastering is strengthened by several protective functions made possible by the facade plaster grid. As a result, you can identify the surface reinforcement’s following characteristics:

• Increases the strength of the material;
• Protection is created from cracking of the plaster layer;
• The layer will last longer;
• Carry out reinforcement when they carry out cladding with heavy materials.

The uniform distribution of the solution, which also applies to the load on the surface, is made possible by the mesh structure. This improves the coating’s resistance to mechanical shock and lengthens its service life. As a result of fewer repairs being needed, money and time are saved.

It is also possible to install finishing materials that are heavy and deemed unsuitable for the base by reinforcing the surface with a net. Therefore, porcelain tiles cannot be used to divide drywall sheets; however, you can create the necessary stability by strengthening the base instead by using a grid.

The solution is dispersed uniformly because of the mesh structure; this also holds true for the load on the surface.

Types of a mesh of a stucco facade

There are various materials for the facade plaster grid, and there are variations in the size and shape of the cells. Both square and rhombus shapes are possible for cells. Share products meant for finishing and drafting as well as internal and facade work.

One or two layers can be used in the crate, but the most crucial factor is the material the mesh is made of.

One or two layers can be used in the crate, but the most crucial factor is the material the mesh is made of.

Reinforcement technology

The plaster facade grid is available for purchase as rolls, with the quantity determined by the area’s size that requires protection. The following guidelines govern the technology used when working with metal-type materials:

• The base is cleaned, you need to level the surface, the irregularities of more than 5 mm must be closed;
• The wall is measured in height;
• You will need to cut the grid with scissors for metal;
• At the top where the mesh material will be fixed, a hole for the dowel is made, along the edge the net is attached to self -tapping screws and washers;
• The material is also attached over the entire surface;
• Reinforcement is wetted, and proceed to applying a plaster solution.

Following the selection of a fiberglass or plastic type, the following procedures are carried out:

• The base is cleaned of pollution;
• The surface is treated with a primer and put a putty solution;
• On the surface after the putty drying out, applied the adhesive solution according to the instructions from the manufacturer;
• Measurements are made for cutting the material along the length of the wall;
• Cut the stripes;
• Ready -made pieces are applied to the wall covered with glue;
• With the help of a spatula, the mesh is equally on the surface;
• Cover the surface with a putty layer;
• The first layer is waiting for drying out, after applying the primer and the second layer of putty.

A dowel hole is drilled at the top where the mesh material will be attached, and self-tapping screws and washers are used along the edge to secure the net.

Selecting the appropriate grid for facade plaster is essential to guarantee longevity and avoid cracking. The two most popular choices, metal lath and fiberglass mesh, each have special advantages. Fiberglass mesh is perfect for most residential projects because it is lightweight, resistant to alkali, and simple to install. Larger buildings or high-traffic areas are better suited for metal lath, which offers superior strength. You can choose the best grid for a durable, polished finish by being aware of the particular requirements of your facade, including the building’s environment and the type of plaster used.

Plastic reinforcing nets for plaster walls of the facade

Durable polymeric materials that can tolerate water damage and temperature fluctuations are chosen for production. These materials stand out for their strong resistance to stretching and gap loads. The net is thought to be cheap, and its shape can be square, hexagonal, or rhombus-shaped. aids in preventing surface cracks from forming.

Gypsum solutions are an option; take note of how simple coating is. Polymer does not lead to rotting or corrosion formation.

Strong polymeric materials that exhibit good resistance to stretching and gap stress are chosen for production.

Fiberglass facade plaster nets

This product is formed of molten glass and has several notable advantages, including high levels of flexibility and elasticity, strength for gaps, and resistance to mechanical stresses. There are common facade types that can be used to decorate an interior.

Types for the facade aid in surface restoration, insulation leveling, and foundation waterproofing.

The benefits include resistance to mechanical loads, a high degree of strength in the gap, and a high degree of elasticity and flexibility.

Metal nets for facade plaster

There are both soft and solid subspecies in this group. The first variety is made as leaves that are meant to be placed on floors. The second, which is made in rolls and is used to align the base, has multiple wires that are different in thickness. 5 mm.

There are three different types of metal: exhaust, fabric, and welded. The first choice is applied to the room’s foundation, the brickwork or block pattern. The second type of wire is entwined, similar to the wires found in fabrics. The third option is shaped like an entire canvas and has a maximum thickness of 2 mm.

It is worthwhile to draw attention to the panting mesh products used in brickwork separately. Moreover, a mesh-river that is used to make fences is made of metallic mesh.

Which grid for the facade for plaster to buy

Confronted with reinforcement The essential phase to obtain a robust design and increase the structure’s lifespan. Products vary in terms of coating thickness, material type, and cell size.

When making the decision, consideration should be given to both the expected load and the cost of the operation.

Confronted with reinforcement The essential phase to obtain a robust design and increase the structure’s lifespan.

How to calculate how much facade grid is required, and which material to choose

Experts frequently shield insulation from damage on its whole surface. However, if they use polystyrene, they may be able to avoid the need for protection above two meters on the wall because mechanical shocks are uncommon at that height.

The installation area must be known when determining the number of products needed. Consider the base’s quality as well as any irregularities, the fastening technique, the overlap, and the vastek option.

Consumption differs according to the kind of material. A square meter of area is covered by 1.1 m2 for polymer species and 1.15–1.4 m2 for fiberglass. It is advised, nevertheless, to use a product with a 5 percent margin.

Facade grid is an affordable material that offers dependable protection from outside influences and allows the plaster layer to last much longer. There are many product varieties available in the construction industry; careful selection is necessary to ensure that the installed product will have the desired strength.

Plastering a facade requires careful grid selection if you want a long-lasting and attractive finish. Different grid types have different advantages and work best in particular situations. You can guarantee the durability and efficacy of your facade plastering project by making an informed decision by being aware of the distinctive qualities of each type.

Because they are lightweight and resistant to corrosion, fiberglass grids are widely used. They give plaster great reinforcement, reducing the likelihood of cracks and increasing its longevity. This kind of grid works especially well for residential projects where long-term performance and ease of installation are important factors.

Contrarily, steel grids provide greater strength and are perfect for commercial buildings or high-stress areas. They offer strong support and have a high degree of resistance to mechanical harm. But, they require more maintenance than fiberglass alternatives because they need to be properly treated to avoid rust and corrosion over time.

Another practical choice is plastic grids, particularly in conditions where resistance to moisture is essential. They don’t rust or corrode, are flexible, and are simple to cut and install. Plastic grids ensure that plaster stays intact without sacrificing structural integrity, making them ideal for areas that are exposed to water or high humidity.

The ideal grid for plastering a facade ultimately depends on the particular requirements of your project. Take into account elements like the kind of building, the surrounding circumstances, and the required longevity. You can guarantee a flawless, long-lasting finish that preserves and improves your facade for many years by choosing the right grid.

Video on the topic

What grid and how I use for wall plaster.

How to distinguish a facade fiberglass grid from a poor -quality, purchased in Leruapetrovich and in the market

Correctly select a plaster mesh _ fiberglass