Customize your order by selecting your preferred pore size and pack size from the drop-down menu:
Pore Size:
0.22 μm: Optimal for sterilizing filtration, bacteria removal, and critical fine-particulate clearance.
0.45 μm: Excellent for routine clarification, macro-particulate removal, and general sample preparation.
Quantity Options:
100 Pcs / Box (Standard lab use)
300 Pcs (Bulk pack for consistent workflows)
500 Pcs (Best value for high-demand facilities)
Optimized for Mid-to-Large Volumes: The 25mm diameter provides a generous 3.9 cm² effective filtration area, comfortably handling sample volumes from 5 mL up to 100 mL.
Low Protein Binding PES: Maximizes recovery of critical biological samples and tissue culture media.
Robust PP Housing: The virgin medical-grade Polypropylene housing is ultrasonic-welded for leak-proof security, withstanding pressures up to 5.2 bar.
Clear Labelling: As seen in the reference image (PES 25mm 0.22-tuya.jpg), each individual unit is clearly printed with the membrane type and pore size to eliminate guesswork during busy lab sessions.
Universal Connections: Designed with a Female Luer Lock inlet and Male Slip Luer outlet for quick, secure attachment to standard syringes.
| Feature | Specification |
| Membrane Material | PES (Polyethersulfone) |
| Housing Material | Virgin Medical-Grade Polypropylene (PP) |
| Filter Diameter | 25 mm |
| Pore Size Options | 0.22 μm OR 0.45 μm |
| Quantity | 100, 300, or 500 pieces (Selectable) |
| Sterility | Non-sterile |
| Connectors | Female Luer Lock / Male Slip Luer |
| Effective Filtration Area | 3.9 cm² |
| Recommended Volume | 5 - 100 mL |
| Hold-Up Volume | < 100 μL |
| Maximum Pressure | 5.2 bar |
Clarification of aqueous solutions and buffers
Tissue culture media preparation and filtration
Biological sample processing with high recovery rates
Routine analytical sample preparation
(Note: Chemical compatibility is membrane and solvent-specific. Please verify compatibility with your specific solvent, acid/base conditions, and pH range before use).