Stainless Steel Woven Wire Mesh with 110mesh

Place of Origin CHINA
Certification ISO
Minimum Order Quantity 1roll
Price based on quantity
Payment Terms T/T
Product Details
Material Stainless Steel 304,316,etc Mesh Number 110mesh
Wire Diameter 0.09mm Size 1mx30m In Usual
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Product Description
Stainless Steel Woven Wire Mesh with 110mesh
110 Mesh Stainless Steel Woven Mesh is a high-precision fine filter material upgraded based on 100-mesh standard mesh, specially designed for scenarios requiring higher filtration accuracy than conventional fine mesh while maintaining stable permeability. Woven with premium SUS304/SUS316 stainless steel via standard plain weave, it features tighter and more uniform aperture distribution, effectively capturing finer micro-impurities that 100-mesh mesh cannot intercept.
Product Specifications
Parameter Specification
Mesh Count 110 meshes per linear inch, dense and uniform arrangement
Standard Material SUS304, SUS304L, SUS316, SUS316L (food-grade & industrial-grade optional)
Wire Diameter 0.09mm - 0.11mm
Aperture Size 0.09mm - 0.10mm
Weaving Technology Precise plain weave, compact structure, uniform stress distribution
Open Area 33% - 38%
Surface Treatment Electrolytic polishing, smooth burr-free surface, oxidation-resistant
Custom Service Custom cutting, rolling, punching, framing and personalized size processing
Product Advantages
  • Upgraded Filtration Precision: Finer aperture than 100-mesh mesh, capable of filtering micro fine impurities and tiny suspended solids
  • Balanced Anti-clogging & Flow Performance: Optimized pore structure ensures long-term stable fluid circulation and continuous filtration efficiency
  • Superior Corrosion & Temperature Resistance: 304/316 stainless steel resists acid, alkali, salt spray and high-temperature oxidation
  • Food & Medical Hygienic Safety: Non-toxic, odorless, no harmful precipitation, compliant with food contact and GMP standards
  • Durable & Cost-effective Reusability: High tensile strength and wear resistance, supports simple backwashing and repeated use
  • High Compatibility: Uniform texture, flexible cutting and bending, perfect for various precision filter equipment
Product Limitations
  • Not for Ultra-Micro Filtration: Unable to intercept ultra-fine micron-level nano-powders
  • Weak Ultra-high Pressure Resistance: Limited pressure resistance, frame reinforcement required for high-pressure conditions
  • Timely Maintenance Needed for Viscous Media: Regular cleaning required when filtering high-viscosity liquids
Practical Applications
Food & Beverage High-standard Purification
Secondary fine filtration of edible oil, craft beer, fruit juice, dairy products and high-purity syrup, removing tiny yeast residues, protein suspended solids and fine pulp impurities.
Precision Chemical & Petrochemical Filtration
Precision impurity removal and cyclic filtration of high-purity chemical solvents, fine lubricating oil, hydraulic oil and cutting fluid.
Pharmaceutical & Cosmetic Precision Processing
Fine sieving of pharmaceutical micro-powders, granular raw materials and sterile filtration of liquid medicines for high-end cosmetic products.
High-precision Industrial Particle Classification
Precise grading and impurity removal of battery powder, coating powder, fine mineral powder and plastic micro-powder.
Air & Environmental Protection Fine Purification
Terminal fine filtration of air purifiers, industrial ventilation systems and dust removal equipment.
High-precision Daily Hardware Filtration
Kitchen fine filter screens, oil filter screens, soup strainers and household appliance dust-proof screens.
Industrial Case Study
Edible Oil Fine Filtration
A large edible oil processing enterprise in Germany adopts 110 mesh 304 stainless steel woven mesh for the final fine filtration process of rapeseed oil and sunflower oil. Compared with the original 100-mesh mesh, the 110-mesh screen successfully removes tiny phospholipid impurities and fine suspended particles, significantly improving the clarity and shelf stability of finished edible oil. The mesh maintains continuous and stable filtration speed, avoids frequent screen replacement, reduces daily production maintenance cost by 35%, and ensures consistent high-quality output.