100 Micron Fine Wire Mesh

A 200 micron opening typically falls around 70-80 mesh count on the U.S. mesh scale. As with finer meshes, this conversion depends on wire diameter and weave pattern, so manufacturers often specify both micron rating and mesh count to ensure the correct filtration performance for a given application.

Common options include stainless steel (standard grade and SS316), copper, brass, aluminum, and specialty polymers such as PEEK for aggressive chemical environments. Material choice depends on corrosion resistance needs, temperature exposure, electrical conductivity requirements, and compatibility with the process media being filtered or separated.

100 micron mesh is widely used in fine filtration and separation systems, demister pads for mist elimination, catalytic converter substrates, EMI/RFI shielding, and insulation blanket reinforcement. Industries include oil and gas, chemical processing, automotive, aerospace, food and beverage, and pharmaceutical manufacturing where high purity and consistent flow are essential.

Yes, wire thickness, opening size, mesh width, roll length, and finish (flattened or crimped) can all be customized. Manufacturers can also adjust porosity and density to meet specific flow rate, pressure drop, and mechanical strength requirements for a particular filtration or separation application.

Fine wire mesh, including demister pads and filtration components, is typically removable for periodic cleaning using compressed air, water rinsing, or ultrasonic cleaning depending on contaminant type. Corrosion-resistant grades like SS316 support repeated cleaning cycles without degrading structural integrity, extending service life in continuous industrial operations.

Minimum order quantities commonly start around 100 kg for knitted and multiwire mesh products, though this can vary by material, mesh specification, and supplier capacity. Buyers should confirm exact minimums and lead times directly with the manufacturer based on their specific mesh grade and roll dimensions.