Product Description
- 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
Exceptional Filtration EfficiencyWith six specialized silicon filtration layers, this filter achieves a superb 99.97% efficiency for particles sized 0.3m. This ensures reliable removal of fine contaminants, making it highly suitable for critical processing environments in pharmaceutical, petrochemical, and food industries, as well as laboratory applications where purity standards are paramount.
Durable & Reusable DesignCrafted from high-grade silicone and stainless steel, the filter is designed for prolonged use. Its core components are both washable and reusable, providing significant cost savings over disposable alternatives. The filters robust mechanical structure withstands rigorous cleaning cycles and demanding temperature conditions, ranging from -20C to 180C.
Versatile Installation & OperationThe 6 Layers Silicon Filter supports flexible inline clamp mounting for seamless integration into diverse pipelines. It can be operated in both horizontal and vertical orientations, accommodating spatial and process requirements in industrial, laboratory, and chemical handling setups. No external power source is necessary thanks to its manual, mechanical design.
FAQs of 6 layers silicon filter:
Q: How is the 6 Layers Silicon Filter cleaned and maintained?
A: The filter features washable and reusable silicon membranes. Simply remove the filter from the system, rinse with water or a mild cleaning agent, and allow it to dry before reinstallation. Periodic cleaning ensures sustained performance and extends the filters service life.
Q: What application areas are best suited for this silicon filter?
A: This filter is engineered for a variety of demanding environments, including pharmaceutical manufacturing, food and beverage production, petrochemical processes, and laboratory filtration. Its high efficiency and chemical resistance suit it for applications requiring strict contamination control.
Q: When should I consider replacing the filter or its membranes?
A: Although the silicon membranes are reusable, its advisable to replace them if they show signs of physical degradation, persistent clogging, or a noticeable drop in filtration performance, even after cleaning. Regular monitoring during scheduled maintenance helps optimize longevity.
Q: Where is this filter installed within existing systems?
A: The filter is designed for inline, clamp-mount installation directly into pipelines or process lines. Its compact dimensions and dual orientation capability (horizontal or vertical) make it convenient for a variety of setups without requiring extensive modifications.
Q: What benefits does the multi-layer silicon filtration provide over single-layer alternatives?
A: The use of six filtration layers significantly increases contaminant capture, enabling 99.97% efficiency for particles as small as 0.3 microns. This multi-layer approach maximizes both throughput and purity, making it ideal for critical industrial and laboratory uses.
Q: Is any power supply or automation required for this filter?
A: No external power source or automation system is necessary. The filter operates entirely mechanically and is manually maintained, simplifying installation and reducing operating costs.