Structural Characteristics Of Fiberglass Mesh

Fiberglass Mesh Fabrics
Basic Weave Structure: Produced using alkali-free (or medium-alkali) fiberglass yarn via a leno weave process, where warp and weft yarns intertwine to form a stable grid pattern (plain or twill weaves are also options). Common mesh sizes range from 3mm×3mm to 10mm×10mm. The structure is rigid and flat, resistant to shrinkage and deformation, and offers excellent dimensional stability.
Composite Coating Structure: The woven substrate is coated with an alkali-resistant composite of styrene-butadiene rubber and pure acrylic emulsion. The slip resistance at the mesh intersections reaches 3.5–4.5 N, effectively resisting erosion from cement hydration products and enhancing overall structural stability.

 

Fiberglass Filtration Materials
Gradient-Density Non-woven Structure: Manufactured from continuous glass fibers using a non-woven process, the fiber density increases progressively from the air-inlet side to the air-outlet side. This allows for the layered capture of particles of varying sizes, provides high dust-holding capacity, and ensures the structural layers do not compress or deform under airflow impact.
Layered Filter Structure: High-temperature resistant filter mesh is constructed by layering non-woven continuous glass fiber mats. The fibers offer high strength and elasticity, preventing compression of the filter material due to air resistance and ensuring a stable dust-holding capacity.