Nylon Mesh Filters - ME17212
Precision-woven nylon mesh delivers consistent macrofiltration performance with defined mesh openings that capture particles on the filter surface while maintaining high flow rates for efficient sample processing. Controlled mesh geometry provides defined particle separation at the filter surface, supporting quantitative analysis and reproducible screening operations. Taken together, naturally hydrophilic nylon wets immediately for rapid processing without pre-treatment delays.
Key Nylon Mesh Characteristics
- Woven nylon resists common organic solvents and alkaline solutions while maintaining dimensional stability through repeated filtration and cleaning cycles.
- Maximum operating temperature of 120°C accommodates warm solvent filtration and heated sample processing within the thermal limits of nylon.
- Woven monofilament construction is free from chemical binders, wetting agents, and surfactants that could introduce extractable contamination into filtered samples.
- Woven from 150 µm diameter nylon monofilament, the mesh structure provides reliable tensile strength without excessive reduction in open area.
- Precision mesh openings of 355 µm provide defined particle separation for targeted size-based classification and screening applications.
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. Chemical-free nylon construction gives you confidence that extractables from the filter will not interfere with your downstream analytical measurements or sample integrity. Secure your research outcomes by partnering with a filtration solution that understands your need for speed, accuracy, and reproducibility.
For more information about chemical compatibility, please review our Chemical Compatibility Chart.
- Diameter
- 25mm
- Material
- Nylon
- Pack Count
- 100
- Pore Size (µm)
- 355
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- 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.
- Tissue Processing - Disperses dissociated tissue through calibrated mesh to produce single-cell suspensions for biological assays.
- Particle Classification - Separates suspended particles by size through defined mesh openings for quantitative distribution analysis.
- 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.