Product Description
3 Layers Glass Filter
- Available in three types of filters: PE, Silicon, and Glass.
- Each filter comes with different bore sizes such as two, three, four, six, and eight layers.
- These mini spin columns are useful for samples, including E Coli, agarose gel/PCR products, serum plasma, tissue, and whole blood.
- With the right filter, you can extract various DNAs, including Plasmid DNA, DNA fragments, Viral DNA/RNA, and Genomic DNA
Triple-Layer Precision FiltrationHarness the power of advanced triple-layer borosilicate glass to achieve exceptional filtration precision. Each layer contributes to superior particulate removal as small as 0.45 micron, improving both clarity and purity in your results. This design ensures a high degree of reliability during critical laboratory and industrial applications.
Customizable and Versatile DesignChoose from PTFE, silicone, or FEP seals, and select either standard glass ground joints, flanged, or threaded ends to perfectly fit your operational requirements. The 3 Layers Glass Filter adapts seamlessly across pharmaceuticals, biotech, chemical labs, and food sectors, supporting diverse flow rates, media types, and connection standards.
Robust and Safe OperationCount on durable high-grade borosilicate glass and powder-coated MS or stainless steel stand materials for robust construction. With no power required and manual operation, this filter maintains safety and consistency under a wide temperature range (up to 200C) and can handle pressures up to 0.2 MPa, ensuring reliable, maintenance-free use.
FAQs of 3 Layers Glass Filter:
Q: How does the 3 Layers Glass Filter enhance filtration compared to single-layer filters?
A: The triple-layer glass matrix provides sequential filtration, enhancing particle retention and clarity. This multi-stage process captures a broader range of contaminant sizes, improving overall purity and reliability in demanding applications.
Q: What applications are ideal for the 3 Layers Glass Filter?
A: This filter is ideal for pharmaceutical processing, biotechnological experiments, chemical laboratory tasks, environmental sample purification, and food & beverage quality assurance, where high-precision particulate removal and chemical resistance are vital.
Q: When should seal material customization (PTFE, silicone, or FEP) be considered?
A: Seal material selection should be based on the chemical compatibility needed for your process. PTFE and FEP offer high chemical resistance for aggressive media, while silicone suits general laboratory applications. Customization ensures optimal performance and longevity.
Q: Where can the 3 Layers Glass Filter be installed in a process setup?
A: The filter is designed for easy integration in both standalone lab benches and industrial setups, using standard glass ground joints, flanged, or threaded connectors compatible with most filtration assemblies.
Q: What is the typical process for using this glass filter?
A: Install the filter in your chosen setup, select the appropriate filter membrane or plate, and manually introduce liquid samples. The filtration process proceeds passively, with the triple-layer system progressively removing particulates as the liquid passes through.
Q: What are the benefits of utilizing this filter in laboratory or industrial settings?
A: Users benefit from high filtration accuracy (99.9% particulate removal), customizable parameters for various applications, chemical and thermal resistance, and ease of use with no power requirements. This enhances operational efficiency and sample integrity.