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Sterile & Non Sterile Syringe Filter

Sterile & Non Sterile Syringe Filter FL-10 is a high-quality laboratory filtration accessory designed for rapid sample clarification, sterilization, and particulate removal prior to analytical testing. Available in both sterile and non-sterile formats, these disposable syringe filters incorporate precision microporous membranes that deliver reliable filtration performance while preserving sample integrity.

Specification Details
Product Name Sterile & Non Sterile Syringe Filter FL-10
Category Filtration Accessories
Product Type Disposable Syringe Filter
Material Laboratory-grade Polypropylene Housing
Membrane Type Microporous Filtration Membrane
Filtration Method Pressure Filtration
Connection Type Standard Luer Lock / Luer Slip
Construction Disposable Plastic Housing with Integrated Membrane
Application Sample preparation, sterile filtration, HPLC sample preparation, particulate removal, laboratory liquid filtration
  • Available in both sterile and non-sterile configurations.
  • High-quality membrane provides efficient particle and microorganism retention.
  • Compatible with standard laboratory syringes using Luer connections.
  • Disposable design minimizes the risk of cross-contamination.
  • Durable polypropylene housing offers excellent chemical compatibility.
  • Suitable for aqueous solutions and compatible laboratory solvents.
  • Provides consistent flow rates for reliable sample preparation.
  • Ideal for analytical, research, and quality control laboratory applications.
  • Suitable for pharmaceutical, biotechnology, environmental, and chemical laboratories.
  • Commonly used for HPLC, GC, spectroscopy, and microbiological sample preparation.
  • Store in a clean, dry environment before use.
  • Sterile filters should remain sealed until immediately before use.
  • Compatible with a wide range of laboratory syringes and filtration systems.
  • Dispose of used syringe filters according to laboratory safety and waste management guidelines.
  • Supports accurate analytical results by removing suspended particles and contaminants.
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