Must-have Tremont Iwt-es10100, Nonsterile Mce Syringe Filters, 0.22(?m), 25(mm), 100 Pack Save 45% Now [FYS965kI]

Tremont IWT-ES10100 MCE Syringe Filters

Introducing the Tremont IWT-ES10100 Nonsterile MCE Syringe Filters, a high-quality and cost-effective solution for various laboratory applications. These syringe filters offer a wide range of membrane materials, catering to different sample types and requirements. With sterile and non-sterile packaging options available, you can trust in the reliability and efficiency of these filters for your research needs.

Key Features

• Disposable design for convenience and ease of use
• Luer-Lok™ and pressure fitting for secure connections
• Ultrasonically bonded for long-lasting reliability

Each syringe filter is marked with the filter media type on the barrel, ensuring clear identification. The product boasts excellent unit-to-unit and lot-to-lot reproducibility, ensuring consistent results across your experiments. The high purity virgin polypropylene housing, without added dyes or pigments, guarantees a clean and uncontaminated sample.

Product Specifications and Uses

With a range of filter media types available, you can select the perfect syringe filter for your specific application. Whether you need to filter aqueous samples, non-polar compounds, or proteins, Tremont's syringe filters offer the flexibility you need. The unique concentric funnel-shaped barrel design increases volume and reduces back pressure, making them ideal for both high-throughput and low-volume experiments.

Practical Application

• Filtering and purifying samples in a variety of scientific research fields
• Removing impurities and particulates from biological and chemical samples
• Facilitating the analysis and characterization of complex mixtures

When ordering from international locations, please note that buyers are responsible for customs clearance, duty, and taxes. Choose the Tremont IWT-ES10100 Nonsterile MCE Syringe Filters for premium performance and exceptional value in your laboratory.