Polyvinylidene Fluoride (PVDF) Syringe Filters - SF18235
Laboratories handling viscous organic fluids often encounter slow filtration rates and frequent membrane clogging. Hydrophobic PVDF syringe filters with a 1.0 µm pore size provide a robust solution for clarifying these difficult samples. The membrane requires alcohol pre-wetting for aqueous solutions but processes aggressive organic solvents immediately. An integrated polypropylene prefilter captures larger particulates upstream to extend the life of the main filter. The 25mm housing handles volumes up to 100 mL efficiently. Sterile packaging ensures that the unit introduces no biological contaminants during critical prefiltration steps.
Key PVDF Membrane Characteristics
- Hydrophobic surface chemistry requires pre-wetting with alcohol before processing aqueous samples, but allows direct filtration of organic solvents
- Coarse 1.0 µm pore size delivers efficient clarification and particle removal for viscous or particulate-laden samples
- Exceptional chemical resistance maintains compatibility with aggressive organic solvents, including chlorinated compounds and aromatic hydrocarbons
- High flow rates enable the rapid processing of difficult organic samples to improve laboratory efficiency and reduce downtime
- Sterile packaging eliminates initial contamination risks for sensitive analytical samples to support quality assurance requirements
Key Construction Characteristics
- Integrated polypropylene prefilter captures coarse particulates upstream of the primary membrane to extend filter lifetime
- 100 µL holdup volume minimizes loss of valuable pharmaceutical compounds and biological materials, optimizing yield
- Polypropylene housing delivers structural integrity to 87 psi maximum operating pressure with thermal stability to 60°C
- Dual Luer-Lok and Luer-Slip connections accommodate standard syringes without adapters, streamlining aseptic transfer procedures
Improve your sample preparation throughput with a filtration device built for high-particulate organic applications. You can clarify heavy solvent mixtures rapidly thanks to the 80 ml/min flow rate and coarse pore structure. The hydrophobic chemistry resists degradation from chlorinated compounds and aromatic hydrocarbons. Secure Luer-Lok connections prevent hazardous leaks when applying manual pressure to viscous fluids. Rely on gamma-sterilized packaging to maintain aseptic conditions throughout your laboratory workflow. The robust design protects downstream analytical instruments by effectively removing abrasive debris and undissolved solids.
For more information about chemical and material compatibility, please review our Chemical Compatibility Chart.
- Bubble Point (psi)
- 2.9psi
- Connection Type
- Luer-Lok/ Luer Slip
- Diameter
- 25mm
- Filtration Area
- 4.08cm²
- Flow Rate
- 80ml
- Holdup Volume
- 100μL
- Material
- Polyvinylidene Fluoride (PVDF)
- Maximum Operating Pressure
- 87psi
- Maximum Operating Temperature (°C)
- 60°C
- Membrane Thickness (µm)
- 100-130μm
- Pack Count
- 100
- Pore Size (µm)
- 1
- Prefilter (Yes/No)
- Yes
- Prefilter Material
- PP
- Sterility
- Sterile
- Volume Throughput (ml)
- 50ml
- Weight
- 0.88
- Wetability
- Hydrophobic
- Viscous Solvent Clarification - Process difficult viscous organic fluids using the coarse pore structure to maintain consistent processing speeds
- Gross Particulate Removal - Remove gross contaminants from organic solvents to prevent rapid blockage of expensive downstream fine filtration stages
- Sequential Pre-filtration - Clarify highly particulate-laden samples before final filtration to significantly extend the life of expensive membranes
- Aggressive Solvent Prep - Clarify aggressive organic solvents containing heavy sediment loads to protect analytical instrumentation from debris
- Industrial QC Analysis - Filter manufacturing batches containing heavy sediment loads for quality control analysis without rapid membrane clogging
- Sterile Venting Applications - Protect laboratory vessels from airborne particulates and moisture by using the hydrophobic membrane as a barrier