Coating-bath viscosity can influence the application behavior of a water-based fiberglass mesh coating system. It may affect: Wet pick-up Coating penetration Surface coverage Coating uniformity Production stability The suitable viscosity range depends on the formulation and production process. Fac... read more
During storage, transportation and application, coated fiberglass mesh may require a balance between surface properties, water resistance and blocking resistance. The coating formulation can be designed according to the required combination of: Polymer film properties Adhesion Flexibility Surface c... read more
The dry coating add-on is an important process parameter in the production of coated fiberglass mesh. The coating add-on can affect the finished mesh's: Stiffness Flexibility Coating coverage Water resistance Handling properties Product weight The required add-on may vary according to the mesh con... read more
Fiberglass mesh products can vary in mesh weight, aperture size, yarn construction and end-use application. Typical product structures may include: 90–100 g/m², 10 × 10 mm mesh for interior plaster 110–125 g/m², 5 × 5 mm mesh for plaster reinforcement 145 g/m², 5 × 5 mm mesh for ETICS applications ... read more
The polymer binder is an important component of a fiberglass mesh coating system. Its selection can influence adhesion, film formation, flexibility, stiffness, water resistance and resistance to alkaline conditions. The binder system can be selected according to: E-glass yarn type Existing sizing s... read more