Overview

The AELAB 13mm Sterile Syringe Filter is an essential tool for sterile sample preparation in life sciences, pharmaceuticals, and analytical laboratories. With a variety of pore sizes and membrane materials, these syringe filters support critical applications including tissue culture, protein solutions, and enzyme analysis.

🔬 How It Works?

AELAB Sterile Syringe Filters function as single-use filtration devices designed to remove particles, microorganisms, and impurities from liquid samples. By applying pressure through a syringe, the solution passes through a precision-engineered membrane, ensuring sterile, particle-free output. Hydrophilic membranes support aqueous sample filtration, while hydrophobic membranes excel in organic solvent and gas sterilization.

💡 Advantages

• Sterile & Ready-to-Use: Individually gamma-sterilized for contamination-free operations.
• Multiple Membrane Options: Choose from PES, Nylon, CA, PTFE, PVDF, or GF for specific laboratory needs.
• High Filtration Accuracy: Available in fine pore sizes down to 0.22 μm for superior sterilization.
• Convenient QC Tracking: Expiry date printed on every filter ensures traceability.
• Cost-Effective & Reliable: Low hold-up volume design reduces sample loss while providing reproducible results.

🔍 Recommended Models by Use Case

• Educational & Training Labs → Nylon & CA filters for general aqueous solution filtration.
• Pharmaceutical & Biotech QC → PES 0.22 μm filters for protein and enzyme sterilization.
• High-Sensitivity Research Labs → PVDF hydrophilic filters for hybridization buffers and protein samples.
• Chemical & Food Analysis → PTFE hydrophobic filters for solvent and gas purification.
• High-Particulate Solutions → GF syringe filters (0.7 μm, 1.2 μm) for pre-filtration and clarification.

🧪 Ideal For

• Tissue culture media preparation
• Sterile filtration of biological fluids
• Protein and enzyme analysis
• Hybridization buffers
• Food, chemical, and environmental testing labs
• QC and R&D laboratories across biotech, pharma, and academia

Specifications