Name: 0.02mm Ultra-Thin Stainless Steel Woven Mesh For Gas Purification Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 280703566

Stainless steel woven mesh is a filtration solution for gas purification, crafted by interweaving stainless steel wires into precise grid patterns. Available in materials like ‌304 and 316 stainless steel‌, it excels in harsh environments due to its resistance to corrosion, high temperatures, and chemical exposure. Common weave types include ‌plain, twill, and Dutch weave‌, with mesh sizes ranging from ‌5 to 630‌, enabling customizable filtration for particles as small as 10μm.

In gas purification, this mesh is suitable for ‌dust removal, acid mist separation, and high-temperature filtration‌. For instance, it captures fine particles in petrochemical exhausts, separates mist droplets in sulfuric acid production, and withstands extreme heat in catalytic cracking units. Its ‌durability, easy maintenance, and customizable designs‌ (e.g., multilayer configurations) make it suitable for industrial demands, ensuring efficient and long-term gas treatment solutions.

Products Specifications

Material: 316L
Mesh count: 635
Weave: Plain weave
Size: 310*310*0.02mm
Wire diameter: 0.01mm
Application: Gas Purification

Products Features

002mm Ultra-Thin stainless steel woven mesh for gas purification 2

1. Consistent Particle Capture Efficiency
The uniform pore structure of woven mesh ensures reliable removal of dust, aerosols, and fine particulates from gas streams, which is critical for stable downstream processes.

2. Stable Flow Distribution
The mesh design promotes even gas flow, minimizing turbulence and pressure drop while maximizing contact area for efficient purification.

3. Precision Control of Filtration Levels
By selecting weave type and mesh count, TOPTITECH can fine‑tune capture ranges from coarse separation to sub‑micron particle retention, making it adaptable to diverse gas purification needs.

002mm Ultra-Thin stainless steel woven mesh for gas purification 5

4. Resistance to Clogging in Gas Media
Compared with fibrous or paper filters, woven mesh allows particles to be retained mainly on the surface. This surface‑filtration mode reduces deep clogging and extends service intervals.

5. Dimensional Flexibility for Gas Systems
Stainless steel woven mesh can be fabricated into cartridges, screens, demisters, or multilayer packs tailored to specific gas purifiers, scrubbers, or pipelines.

6. Multi‑Phase Separation Capability
Beyond solid‑gas separation, woven mesh effectively captures liquid droplets (oil mist, water condensate) entrained in gas, providing dual‑phase purification in one medium.

applications

1. Petrochemical FCC Units‌
Catalyst Retention‌: 5-heddle weave mesh captures ‌fine catalyst particles‌ (5–50μm) in fluid catalytic cracking (FCC) units, preventing downstream equipment abrasion.
Acid Gas Scrubbing‌: 316L mesh filters ‌H₂S and SO₂‌ in amine treaters and Claus process units.

2. Power Plant SCR Systems‌
Fly Ash Filtration‌: 304 twill weave mesh retains ‌fly ash‌ in selective catalytic reduction (SCR) systems for NOx reduction.
Syngas Cleaning‌: 310S mesh withstands thermal cycling in coal/biomass gasification.

3. Cement Plant Flue Gas Desulfurization (FGD)‌
In wet FGD systems of cement plants, ‌316L stainless steel woven mesh‌ is used as a mist eliminator to capture sulfur dioxide (SO₂) and particulate matter (≥45μm). Its resistance to high temperatures and acidic slurry ensures long-term stability, achieving ‌85%+ dust removal efficiency‌.

4. Semiconductor Manufacturing‌
Ultra-High-Purity (UHP) Gas Delivery‌: Electropolished 316L mesh removes ‌sub-micron particulates‌ in argon/nitrogen supply lines.

5. Landfill Gas Treatment‌
Methane & VOC Filtration‌: Blackened 304 mesh filters ‌methane and volatile organics‌ while resisting humid H₂S corrosion.