What industries are fiberglass mesh fabrics suitable for?

Glass fiber mesh fabric is a new type of high-power, lightweight, and corrosion-resistant material. It has good tensile resistance, alcohol resistance, and heat resistance, and is widely used in the construction field. It is suitable for the following scenarios:
1. External wall insulation system: Glass fiber eye protection insulation board, polyethylene, polyester and other materials can be used to increase the density of the external wall insulation system, increase the tensile performance of the external wall, improve the continuity and stability of the external wall, and break the barrier between the external wall and water
2. Mortar reinforcement: When fiberglass is mixed with materials such as cement and concrete, it can be used to increase the sensitivity of mortar and concrete, effectively prevent the generation of cracks, and extend the service life of buildings.
3. Ground crack prevention: Glass fiber mesh can be laid between the base layer and the surface layer of the ground to reinforce and prevent cracking, deformation, and water seepage on the surface layer of the ground, maintaining a flat and beautiful ground.
4. Tunnel engineering: Fiberglass glass has a wide range of applications in tunnel members, submerged bottom plates, supports, and other aspects. This acceleration can improve the stability of continuous structures and tunnel structures, and expand the service life of tunnels.

5. Hydraulic engineering: Fiberglass mesh, dams, reservoirs, and channels can be used in hydraulic engineering to increase the resistance of concrete structures and water damage, improving the safety and stability of hydraulic engineering.
6. Pipeline engineering: Fiberglass can be used in pipeline engineering to increase the tension and corrosion resistance of the pipe wall, expand the service range of the pipeline, and reduce its support cost.
7. The ground structure is used to clean, reinforce, and improve the stability of fiberglass and underground structures, bases, six floors, and underground garages.
This can increase the rapid resistance of buildings and structures, extend their service life, and reduce support costs. This is a very practical building material.