Nylon Mesh Filters - ME17284
Nylon woven mesh offers naturally hydrophilic surface filtration with precise mesh openings engineered for reproducible particle separation across pharmaceutical, environmental, and industrial laboratory workflows. Naturally hydrophilic nylon monofilament wets on contact with aqueous solutions, eliminating pre-wetting requirements and reducing sample preparation time. Reliable surface filtration supports consistent results across demanding laboratory workflows.
Key Nylon Mesh Characteristics
- Naturally hydrophilic nylon monofilament wets on contact with aqueous solutions, eliminating pre-wetting requirements and reducing sample preparation time.
- Nylon mesh withstands operating temperatures compatible with warm solvent filtration while providing excellent abrasion resistance during routine handling.
- Nylon monofilament plain weave delivers uniform square openings with tight dimensional tolerances for precise and reproducible particle classification.
- Maximum operating temperature of 120°C accommodates warm solvent filtration and heated sample processing within the thermal limits of nylon.
- Square mesh openings woven from uniform monofilament strands maintain dimensional precision that ensures batch-to-batch reproducibility in particle classification.
Whether your workflow demands rapid prefiltration or precise particle classification, nylon mesh delivers the mechanical durability and chemical compatibility needed for consistent daily performance. Surface capture at the mesh plane allows you to visually inspect retained particles and recover them by backwashing for further characterization or analysis. 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
- 90mm
- Material
- Nylon
- Pack Count
- 100
- Pore Size (µm)
- 44
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- Paint Filtration - Screens coating formulations to remove agglomerates and oversized particles before application or quality testing.
- 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.
- Industrial Screening - Removes oversized particles from process fluids and chemical solutions to protect equipment and product quality.
- 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.