Wire mesh count refers to the number of mesh holes per inch in length. The higher the mesh count, the finer the mesh holes. Wire mesh with different mesh counts has different application scenarios.

1. Low mesh wire mesh (1-20 mesh):  

Features: large mesh holes, good light transmittance, strong ventilation, and high tensile strength.  

Application scenarios:  

Construction field: building fences, safety protection meshes, exterior wall decoration meshes, etc.  

Industry field: mine screening, mechanical equipment protection, ventilation and heat dissipation, etc.  

Agriculture field: breeding fences, poultry and livestock cages, crop supports, etc.

2. Medium mesh wire mesh (30-100 mesh):  

Features: moderate mesh holes, high filtration accuracy, good air permeability, and medium tensile strength.  

Application scenarios:  

Industry field: grain screening, chemical filtration, sewage treatment, etc.  

Agriculture field: orchard fences, greenhouses, insect-proof mesh covers, etc.  

Life area: screens, filters, decorative meshes, etc.

3. High mesh wire mesh (more than 120 mesh):  

Features: fine mesh, high filtration accuracy, poor air permeability, low tensile strength.  

Application scenarios:  

Industrial field: precision filtration, dust collection, gas separation, etc.  

Life area: air filter, water filter, tea filter, etc.  

How to choose the right mesh?  

Choose according to the filtration accuracy requirements: the smaller the particles to be filtered, the higher the mesh required.  

Choose according to the air permeability requirements: for scenes with good ventilation, choose a mesh with a lower mesh count.  

Choose according to the tensile strength requirements: choose a mesh with a lower mesh count for scenes with greater tensile force.

Xinshida Wire Mesh provides wire mesh products with various specifications and meshes to meet your different needs. Our professional technical team provides selection guidance and technical support to help you choose the most suitable wire mesh product.