Micron Stainless Steel Mesh

No. Mesh count and micron rating measure different things. A 100-mesh screen has 100 openings per linear inch, which corresponds to an opening size of roughly 149 microns, not 100 microns. Micron rating directly measures the opening size, so always confirm the micron specification rather than relying on mesh count alone for filtration accuracy.

Common grades include SS304 and SS316/316L, chosen for their corrosion resistance and mechanical strength. SS316L offers superior resistance to chlorides and aggressive chemical environments, making it preferred for oil and gas, chemical processing, and pharmaceutical applications, while SS304 is a cost-effective option for general filtration and shielding uses.

Wire thickness typically ranges from 0.10mm to 0.30mm, with some custom options up to 0.36mm, and mesh openings between 4mm and 5mm for knitted constructions. These parameters can be adjusted to balance filtration efficiency, airflow, pressure drop, and mechanical durability for a given application.

Yes, knitted wire mesh construction allows density control from near 0% up to over 98% void volume, enabling virtually infinite porosity customization. This makes it possible to fine-tune flow rate, filtration efficiency, and pressure drop characteristics for specific process requirements across filtration, separation, and insulation applications.

Minimum order quantities typically start around 100 kg per roll, with standard roll lengths of approximately 30 meters. Widths generally range from 25mm to 1000mm depending on the product form, allowing buyers to select quantities suited to production runs, prototyping, or full-scale industrial use.

Knitted wire mesh offers greater flexibility, stretchability up to 300%, and easier customization of porosity and shape compared to rigid woven mesh. It also provides a high surface-area 3D structure beneficial for mist elimination and vapor-liquid contact, while woven mesh typically offers more uniform, rigid openings for precise particle filtration.