25mm PVDF Syringe Filters – Optimal Durability & Chemical Compatibility
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Enhanced Filtration for Demanding Applications
Lab Falcon’s 25mm PVDF Syringe Filters are engineered for optimal performance in various laboratory applications, providing durability and excellent chemical compatibility. These filters are ideal for handling high-volume samples and ensuring clean, reliable results in demanding environments.
Explore the Range:
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25mm PVDF Syringe Filter 0.22µm
- Part Number: FV8012522i
- Specifically designed for high-volume filtration, this filter offers robust performance across a broad range of laboratory applications.
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25mm PVDF Syringe Filter 0.45µm
- Part Number: FV8012545i
- Ideal for applications needing a balance of throughput & fine filtration, ensuring efficient and clean sample processing.
Key Features:
- Material: Made from Polyvinylidene Fluoride (PVDF), known for its excellent chemical resistance & low protein binding, ensuring minimal interaction with samples.
- Diameter: 25mm, suitable for handling larger sample volumes.
- Pore Size Options: Available in 0.22µm & 0.45µm to suit a range of filtration needs.
- Housing: Crafted from medical-grade polypropylene, providing a durable and reliable structure.
- Connection Type: Features a female luer-lock inlet & male luer-slip outlet for secure, leak-free connections.
- Packaging: Each box contains 100 units, perfectly aligned for bulk usage in intensive testing environments.
Applications:
- Analytical Procedures: Excellent for HPLC, GC, & LC-MS sample preparations requiring high chemical stability.
- Biomedical Research: Suitable for bioassays & protein sequencing where sample purity is critical.
- Environmental Testing: Effective in analyzing water & soil samples for contaminants.
Enhance Laboratory Efficiency & Accuracy:
Opt for Lab Falcon’s 25mm PVDF syringe filters for their superior performance & compatibility with complex sample matrices. These filters are designed to maximize productivity in high-demand settings, ensuring clarity & integrity in every analysis.