Working Principles & Mechanisms of Fiberglass Mesh

Construction Crack Prevention
It acts as a high-toughness protective mesh woven for the wall surface. When the wall is subjected to factors such as temperature changes, humidity fluctuations, wind pressure, or structural settlement, the mesh evenly disperses localized stress. This prevents stress concentrations from causing cracks, effectively serving as a form of "soft rebar" reinforcement.

 

Safety Protection
Taking fiberglass fall-arrest netting as an example, the material's inherent high strength allows the mesh structure to generate friction against a falling person or object. This creates resistance to the force of the fall while effectively absorbing impact energy, thereby preventing accidents.

 

Filtration Applications
Fiberglass filter meshes operate through physical interception, blocking impurities larger than the mesh apertures. Additionally, the material's large specific surface area-combined with electrostatic adsorption effects found in certain products-enables the capture of minute particles from fluids, thereby achieving fluid purification.