Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PES  Housing       pp Diameter(mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.22 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PES  Housing       pp Diameter(mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.45 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PTFE  Housing       pp Diameter(mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.22 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PTFE  Housing       pp Diameter(mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.45 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PVDF, Hydrophobic  Housing       pp Diameter (mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.22 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Product Feature Diameter: 13mm; 100 counts/pk Color coding with printing easy to identification One lay membrane structure, low dissolution suitable for HPLC Injection molding, high burst pressure Technical Specification Filter Media PVDF, Hydrophobic  Housing       pp Diameter (mm) 13 Filtration   Area(cm²) 1.09 Sealing Technology   Injection molding  Pore size (μm)   0.45 Max. Operation pressure  6 bar@ 23℃  Inlet/outlet connections   Female inlet lock/Male outlet slip

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Made of Ultra Clear Virgin Polypropylene Polypropylene tubes are opaque & break-resistant. Can withstand centrifugation up to 5000xg and Temperatures up to 120°C Round Bottom, Rimed, Dual-position Cap, Graduated Package: 20 Bags of 25 Count

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Made of polypropylene for chemical resistance and greater strength Sterile; RNase, DNase, DNA, Endotoxin - Free The maximum centrifuge speed:15ml:12,000g White graduation: 2 ml to 14ml, 0.5ml increment

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Made of polypropylene for chemical resistance and greater strength Sterile; RNase, DNase, DNA, Endotoxin - Free The maximum centrifuge speed: 12,000g White graduation: 2 ml to 14ml, 0.5ml increment The newer batch has neon green caps

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Introduction High flow rates and flux Low protein binding and low chemical extractability. Pore size: 0.22 μm. Non-Pyrogenic, DNase/RNase free. Sterilized by E-beam, SAL=10-6. Individually packaged in sterile bag. No endotoxin, no pyrogen. For laboratory use only. If the package is damaged, please do not use. Warning Do not use plastic bottles, glass bottles, flasks or containers that are not designed for filtration and cannot withstand negative pressure to connect to the upper cup . Not suitable for culture flasks larger than 2L. Working temperature: 4-37°C. Working pressure: 0.03-0.06Mpa, if there is foam, please reduce pressure appropriately. Tighten the upper cup and bottle mouth by hand, but do not over tighten. Personal protective equipment must be used at all times, and goggles must be worn when using vacuum equipment. Work on the aseptic operating table. It is not recommended to recycle any hazardous substances, hazardous substances, wastes or biochemically hazardous materials.

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