HPLC Filter Vials for Efficient Sample Preparation JM Science HPLC filter vials provide fast and reliable sample preparation for liquid chromatography. Each vial integrates a filtration membrane that removes particulates prior to injection, helping protect HPLC columns, reduce system pressure, and improve chromatographic reproducibility. These filter vials are ideal for LC, UHPLC, and LC/MS laboratories performing routine analytical sample preparation. Supporting academic, industrial, and contract research laboratories across North America. 🔬 Why Laboratories Use Filter Vials ✔ Streamlined Workflow Eliminate syringe filtration and sample transfer steps. Load, filter, and inject from a single vial. ✔ Improved Reproducibility Reduced manual handling minimizes variability between operators and runs. ✔ Time Efficiency Ideal for high-throughput HPLC and UHPLC laboratories. ✔ Reduced Risk of Contamination Integrated design lowers risk of particulate introduction during transfer. ⚙ Technical Specifications Membrane Type: PTFE Pore Size: 0.2 µm (0.45 µm available) Housing Material: Polypropylene Retention Efficiency: >98% Pack Size: 100 filter vials per pack Designed for compatibility with major autosamplers Compatible with instruments from:Agilent®, Waters®, Shimadzu®, Thermo Scientific® and other standard autosampler platforms. 🧪 Typical Applications Pharmaceutical analysis Environmental testing Academic research laboratories Contract research organizations (CROs) Quality control laboratories Method development workflows 🔄 Traditional vs Integrated Workflow Traditional ProcessSample → Syringe → Filter → Transfer to vial → Injection JM Science Filter Vial ProcessSample → Filter vial → Injection Fewer steps. Less handling. Greater consistency. 📦 Packaging & Quality Each pack contains 100 filter vials securely packaged for laboratory handling and transport. Consistent membrane and housing quality ensure reliable performance across batches. Certificate of conformity available upon request. 📩 Request Pricing or Volume Availability For institutional pricing, volume commitments, or sample availability, please contact JM Science directly. Agilent®, Waters®, Shimadzu®, and Thermo Scientific® are registered trademarks of their respective companies. JM Science products are not affiliated with or manufactured by these companies. How to Use? Fill - Use a pipette to add sample to the fill line Cover - Twist gently to ensure a secure seal Plunge - To filter the sample, press the plunger slowly for about three seconds Specifications PN# FSBNY022N FSBNY045N FSBPTFE022N FSBPTFE045N FSBPES022N FSBPES045N Color Natural Natural Natural Natural Natural Natural Membrane Nylon Nylon PTFE PTFE PES PES Housing PP PP PP PP PP PP Pore size 0.22 μm 0.45 μm 0.22 μm 0.45 μm 0.22 μm 0.45 μm Size Diameter: 10 mmHeight: 33 mm Sterile No No No No No No Filling vol 480 ul 480 ul 480 ul 480 ul 480 ul 480 ul Dead vol 30 ul 30 ul 30 ul 30 ul 30 ul 30 ul Pressure 2.5 bar (36 psi) 2.5 bar (36 psi) 2.5 bar (36 psi) 2.5 bar (36 psi) 2.5 bar (36 psi) 2.5 bar (36 psi) Filtration Area 0.45 cm² 0.45 cm² 0.45 cm² 0.45 cm² 0.45 cm² 0.45 cm² Max operation temp 121 °F (50 °C) 121 °F (50 °C) 121 °F (50 °C) 121 °F (50 °C) 121 °F (50 °C) 121 °F (50 °C) Packaging 100/pk 100/pk 100/pk 100/pk 100/pk 100/pk Packaging 1000/pk 1000/pk 1000/pk 1000/pk 1000/pk 1000/pk Additional Resources Download the Product Brochure Filter Vials for Fast, One-Step Sample Filtration JM Science’s filter vials simplify and speed up your sample preparation process with integrated filtration and autosampler compatibility. Ideal for HPLC and UHPLC workflows, these all-in-one vials combine a built-in filter membrane and plunger mechanism, allowing for clean, ready-to-inject samples in seconds. 🔍 Key Features: One-step filtration: no syringe or syringe filter required Available pore sizes: 0.2 µm and 0.45 µm Membrane options: PTFE, Nylon, PVDF, PES, MCE Vial size: 12 x 32 mm, fits standard HPLC autosamplers Rapid filtration in under 10 seconds Leak-free seal with built-in plunger Packaged in 100-packs or custom quantities Reduce sample loss and contamination risk
