Nylon Mesh Filters - ME17228
Laboratory-grade nylon mesh combines the chemical durability of polyamide with a uniform woven structure that enables predictable particle retention and exceptional throughput during prefiltration and screening operations. Square mesh openings woven from uniform monofilament strands maintain dimensional precision that ensures batch-to-batch reproducibility in particle classification. For this reason, reliable surface filtration supports consistent results across demanding laboratory workflows.
Key Nylon Mesh Characteristics
- Flat disc geometry provides uniform filtration across the full active area when supported in a compatible filter holder or funnel assembly.
- Nylon monofilament plain weave delivers uniform square openings with tight dimensional tolerances for precise and reproducible particle classification.
- Controlled 60 µm mesh openings deliver consistent particle retention at the filter surface across the full active filtration area.
- Excellent abrasion resistance protects mesh integrity during repeated handling, mounting, and backwash cleaning operations in high-throughput laboratory environments.
- Naturally hydrophilic nylon surface wets immediately on contact with aqueous solutions without requiring pre-treatment with alcohol or surfactant rinses.
For laboratories processing diverse sample types across aqueous and organic matrices, nylon mesh provides the chemical versatility and mechanical resilience to handle your daily workload. Surface capture at the mesh plane allows you to visually inspect retained particles and recover them by backwashing for further characterization or analysis. 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
- 25mm
- Material
- Nylon
- Pack Count
- 100
- Pore Size (µm)
- 60
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- Cascade Filtration - Provides coarse first-stage separation in multi-step filtration trains that progressively clarify sample solutions.
- Particle Classification - Separates suspended particles by size through defined mesh openings for quantitative distribution analysis.
- Solution Clarification - Removes visible particulates from buffers, media, and reagent preparations before downstream laboratory use.
- Sample Prefiltration - Removes coarse particles and debris from samples before fine secondary filtration to extend downstream filter life.
- Paint Filtration - Screens coating formulations to remove agglomerates and oversized particles before application or quality testing.
- Industrial Screening - Removes oversized particles from process fluids and chemical solutions to protect equipment and product quality.