Sterile laboratory syringe filters made of PES
Original price was: 74,28£.37,14£Current price is: £37,14.
- Professional membranes made of PES placed in a medical-quality PP housing
- Gamma sterilization
- Sterile, Free from DNase and RNase and human DNA, pyrogens and PCR inhibitors, endotoxins, ATP, non-mutagenic
- Made of non-toxic, high-strength polypropylene
- Individually packed
- Available variant: pore diameter 0.22/filter diameter 25mm
- Package size: 50x1pcs/50pcs.
- Filtration of aqueous solutions, buffers and media, high protein recovery>98,5
- High efficiency sterile filtration, LRV
- Larger filtering area: 4,9cm2
- Low protein binding
- High throughput and high flow rate
- Proper design ensures efficient use
- Placed into bags by machine, they remain completely intact during production and packaging
- High protection against cross-contamination
- Full automation of production and clean room conditions
- Sterile, non-pyrogenic, free of DNase and RNase
- Certified RNase-, DNase- and Pyrogen free
- Medical device for In Vitro diagnostics in accordance with Regulation 2017/746 (hereinafter: IVDR)
Construction – Sterile laboratory syringe filters made of PES
Sterile laboratory syringe filters made of PES are small devices used in medicine and laboratories to remove microorganisms, solid particles, as well as proteins and other contaminants from solutions or suspensions. They consist of three main parts:
- filter body
- filtration membrane
- syringe tip
The filter body is usually made of plastic and contains an inner layer of filter membrane that is responsible for retaining contaminants. The syringe tip is an element that allows you to easily attach the filter to the syringe, as well as to draw and inject the solution or suspension through the filter.
Varied variants
Googlab syringe filters are available in a variety of sizes and with different membranes for sterile and non-sterile laboratory applications. The most commonly used type of membrane for sterile syringe filters is PES, which has a specific pore size that determines the size of particles that are retained during filtration. PES membrane is characterized by high flow rate and low protein adsorption, which can meet wide applications such as buffer, protein, medium, other additives. Filtration of aqueous solutions, buffers and media, high protein recovery >98,5
Syringe filters are used in many fields, such as biotechnology, chemistry, medicine, pharmacy, and in research laboratories. They are used to purify samples before analysis, to prepare samples for microbiological tests, and to prepare purified solutions for medical purposes.
FEATURES
- Higher flow rate
- High total throughput
- Wide PH range
- Low protein adsorption
- A very wide range of membrane types
- Low content of extractable substances
- High chemical compatibility
- Consistent particle retention
- The transparent PP housing allows users to observe impurities in the filtrates and the filtration process
- Housing ultrasonically welded
- Maximizes the effective filtration area (EFA)
- Specially designed to maximize sample recovery
- Minimum sample retention volume
- Available pre-sterilized and individually packaged
- Ensures sterility during sample preparation
- Wide compatibility making them suitable for many types of applications and solvents
- Do not use with chloroform, esters, amides and strong acids or strong bases
RANGES
- Shelf life: 3 years from the date of manufacture (make sure the packaging is in good condition)
- Connection: F luer connector and M luer connector
- Maximum working pressure: 87 psi
- Maximum working temperature: 90 ° C
USAGE
- HPLC sample preparation
- Routine QC analysis
- Dissolving protein deposits
- Dissolution testing
- Food analysis
- Sterile filtration and clarification of biological fluids
- Environmental samples
- Preparation of media for tissue culture
- Sterile filtration and clarification of biological fluids
- Protein and enzyme filtration
- Hybridization buffers
Our syringe filters are widely used in various fields and situations requiring precise and effective filtration. Here are some examples where our syringe filters are used:
- Gas Filtration: Syringe filters are used to clean gases from unwanted particulates, which is important in many industrial processes and scientific research.
- Air filtration: In laboratories and industry, syringe filters are used to eliminate contaminants from the air, which is especially applicable in conditions requiring cleanliness.
- Filtration of colloidal solutions: Syringe filters are used to separate colloidal particles or suspensions in fluids, which is important in chemical and biochemical analyses.
- HPLC, UHPLC or GC sample preparation/filtration: In liquid and gas chromatography, thorough sample filtration is crucial to obtain reliable analytical results.
- Biological sample preparation/filtration: In the field of molecular biology and biomedical research, syringe filters help remove contaminants from biological samples before further analysis.
- Filtration/separation of particulates from samples: In many scientific research and chemical industries, syringe filters are used to separate particulates from samples.
- Sterilization filtration: In medicine and laboratories, syringe filters are used to sterilize fluids and cleanse them of microorganisms.
- Filtration of aggressive products and water: In the chemical and pharmaceutical industries, syringe filters are used to purify aggressive substances and water to ensure the safety of production processes.
- Filtration in trace metal analysis: In analytical testing, especially in trace metal analysis, thorough filtration is crucial to obtain accurate results.
- Filtration in ion chromatography: In chemical analysis, especially ion chromatography, syringe filters are used to prepare samples before analysis.
Our syringe filters are characterized by high quality and filtration accuracy. We are a direct distributor of proven suppliers, which guarantees our customers confidence in the quality of the products supplied. Despite the attractive price, we do not compromise on quality, which means that our customers can be sure that the equipment we offer will meet their expectations and meet the highest standards.
CERTIFICATES
- Manufactured in accordance with EN ISO14971:2019; EN980:2016; EN ISO13485:2016; ISO 14001
- Certified RNase-, DNase- and Pyrogen free
- Medical device for In Vitro diagnostics in accordance with Regulation 2017/746 (hereinafter: IVDR)
STERILIZATION
- Gamma sterilization
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