Stucco fiberglass mesh SSSH 2.47 rub
Listing removed from published March 13

Stucco fiberglass mesh SSSH

№233363
Created: November 22 2022
Address: Moscow, Russia
Condition: New 
SSSH fiberglass mesh is a modern building material intended for use as a reinforcing material for reinforcing plaster, as well as for thermal insulation of enclosing structures and buildings.
The advantages of using SSSh glass mesh in work are:
The surface reinforced with it will not crack over time, and the plaster will not crumble, thus extending the service life of the structures.
Fiberglass does not ignite, can withstand temperatures up to 350C and is chemically neutral.
It has low weight parameters, which means that it is easy to transport.
Moisture and alkali cannot have a destructive effect on the fiberglass mesh.
This material is environmentally friendly, it will not harm the environment and humans.
The use of fiberglass mesh helps to save finishing materials.
Fiberglass reinforcing meshes are designed primarily to protect the surface from cracks. When plastering, they can be used both indoors and outdoors. In particular, they are simply indispensable in external insulation systems. When working with plaster, the most elementary mistakes are possible: pour a little more water than it should be, apply a layer a little thicker than it should be, etc. as a result, shrinkage and other cracks will appear on the wall. In addition, the level of building maintenance culture in our country, for example, leaves much to be desired - when it is already warm enough outside, the batteries continue to “fry” with might and main, if it is cold, then on the contrary they can be turned off due to some technical problem. But not every plaster can withstand such "cataclysms" calmly. Fiberglass mesh is designed to smooth out the effects of both temperature and humidity, taking on the load that occurs when buildings are misused.
The technology for the application of all fiberglass meshes is quite simple. The first layer is applied (it can be plaster and putty). The grid is set to this layer. And then you can immediately apply the second layer (the so-called method - "wet on wet") or a slightly dried first layer and then apply the second. If the mesh is first attached to the wall (this is done when a metal mesh is used - it is rigidly attached to the wall with dowels and primarily performs the function of enhancing the adhesion of the mortar to the base), and then you start puttying or plastering, then the mesh simply will not work. The grid, as we have already said, is a "skeleton", and it should not be located on the edge, but inside the plaster.
Grids for outdoor and indoor use are different, more precisely with different physical and mechanical characteristics, because. the loads on the mesh on the facade are incommensurable with the loads inside the building. Yes, and temperature and humidity differences are also different here. Grids are distinguished by such an indicator as surface density (this division is established by world standards). For interior work, nets with a surface density of 110 to 160 g/m2 are used with a cell size of 5x5 mm. On the facades, nets with a surface density of 160 g/m2 and above are used (it can reach up to 300 g/m2). The density here depends on the place of application. For example, for applications on the basement floor, it is necessary to choose a grid with the highest possible density. The reason is simple - the probability of mechanical impact is much higher here (the car was hit by a bumper, the "vandal" began to work out karate techniques on the wall, and holding a hammer, etc.), but the higher the floor, the less surface density of the grid can be.
№233363
Created: November 22 2022
Александр
Was online december 26 2023 09:03
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