Nylon Mesh Filters - ME17998
Woven monofilament nylon construction provides a mechanically robust filtration surface with uniform openings that deliver consistent particle retention and accommodate both aqueous and organic solvent applications. Square mesh openings woven from uniform monofilament strands maintain dimensional precision that ensures batch-to-batch reproducibility in particle classification. Working in concert, uniform mesh construction ensures reproducible particle separation from batch to batch.
Key Nylon Mesh Characteristics
- Woven nylon resists common organic solvents and alkaline solutions while maintaining dimensional stability through repeated filtration and cleaning cycles.
- Woven monofilament construction is free from chemical binders, wetting agents, and surfactants that could introduce extractable contamination into filtered samples.
- Naturally hydrophilic nylon surface wets immediately on contact with aqueous solutions without requiring pre-treatment with alcohol or surfactant rinses.
- Maximum operating temperature of 120°C accommodates warm solvent filtration and heated sample processing within the thermal limits of nylon.
- Monofilament thread diameter of 30x38 µm balances mechanical strength with open area to optimize both durability and flow performance.
From high-volume prefiltration to targeted particle sizing, nylon mesh construction delivers the dimensional precision and reusability that keep your laboratory running efficiently. Chemical-free nylon construction gives you confidence that extractables from the filter will not interfere with your downstream analytical measurements or sample integrity. Make the decision for consistency and reliability, ensuring that your laboratory maintains its reputation for high-quality, error-free output.
For more information about chemical compatibility, please review our Chemical Compatibility Chart.
- Diameter
- 90mm
- Material
- Nylon
- Pack Count
- 100
- Pore Size (µm)
- 10
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- Environmental Screening - Captures sediment, algae, and debris from field-collected water samples during initial preparation for monitoring.
- Cascade Filtration - Provides coarse first-stage separation in multi-step filtration trains that progressively clarify sample solutions.
- Paint Filtration - Screens coating formulations to remove agglomerates and oversized particles before application or quality testing.
- Particle Classification - Separates suspended particles by size through defined mesh openings for quantitative distribution analysis.
- Food Quality Control - Screens beverage and food samples to remove coarse matter before chemical and microbiological testing.
- Solution Clarification - Removes visible particulates from buffers, media, and reagent preparations before downstream laboratory use.