- Low weight: the reinforcement system does not create additional load on the structure;
- Corrosion / weather resistance;
- Lightweight and easy to apply. Due to the good flexibility of the material, it can be used for geometrically complex constructions;
- Durability;
- Great mechanical properties;
- High resistance to vibration and dynamic loads;
- Vapor permeability when vapor permeable adhesives are used or when it is used within plaster/concrete;
- Minimal labor and time costs of the work performance;
- No additional costs in following operation;
- When using a mineral binder systems, there is no need for additional fire protection.

- Increasing the load-bearing capacity of concrete/reinforced concrete and masonry structures;
- Structures of underground facilities;
- Structures being used in high humidity environment;
- Bridge Structures;
- Tunnels and pipelines;
- Manifolds;
- Stacks;
- Columns;
- Silos and tanks;
- Historic buildings;
- Seismic reinforcement;
- Furniture and decor;
- Facing panels;
- Thin-walled structures.

Carbon mesh can be applied in two different ways: external reinforcement and internal reinforcement.
External reinforcement - the mesh is impregnated with an epoxy resin and bonded to the exterior surface of the structure being reinforced. This method does not add load to the structure, has low weight, and allows for subsequent finishing of
the reinforced surface.
Internal reinforcement - the mesh is embedded into the repair compound Xwrap CemiRepair. This method is suitable for masonry structures. It does not require additional fire protection measures. Carbon mesh combined with the repair compound, when used as internal reinforcement, has a non-combustible classification (fire resistance group NG). The substrate where the carbon mesh is to be applied must be properly prepared. In reinforcement areas, existing plaster, coatings, and paints must be removed, and the surface degreased.
The surface must be structurally sound; damaged areas should be repaired. Before applying the mortar, dust must be removed from the substrate using an industrial vacuum cleaner, and the surface should be moistened to a matte-wet condition
without leaving any water streaks or droplets. When applying the mesh with a mineral binder, water and dry mix are thoroughly blended in a clean container. The repair compound is applied with a smooth metal trowel in a layer at least 3–4 mm thick. Before the layer sets, embed the carbon mesh into the freshly applied mortar. Next, apply a covering layer with a thickness of at least 2–3 mm to fully encapsulate the mesh.

Carbon meshes are wound on solid non-deformable cartridges (bobbins). The roll with the mesh is wrapped with polyethylene film and placed in a cardboard box. The design of the box ensuresthat the quality of the product is preserved during transportation.

The guaranteed shelf life of the mesh is 3 years from the date of manufacture.
The mesh must be stored in its original packaging in enclosed storage facilities with a relative humidity not exceeding 85%. Sudden temperature fluctuations must be avoided.

Carbon meshes without impregnation are non-toxic and non-flammable, not capable of forming toxic compounds, not explosive, not fire hazardous, ignition temperature above 1000°C.