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FJ25BNPGF031AD01Increased throughput and speed of sample preparation. Lower hold-up volume due to an improved flow channel design and reduced spacing between the supports within the housing for better handling of small sample volumes or costly samples.
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FJ25BNPGN004AD01Syringe Filter, GL/NY, 0.45æm, 25mm, 500/Pk
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FJ25BNPGT004AD01
Thomas Scientific
Syringe Filter, GL/PTFE, 0.45æm, 25mm, 500/Pk
Price: $1,270.83List Price: $1,412.03Syringe Filter, GL/PTFE, 0.45æm, 25mm, 500/Pk -
2297-68000Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives. Female luer-lock inlet and male luer slip outlet.
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2297-51000Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives. Female luer-lock inlet and male luer slip outlet.
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2297-50000Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives. Female luer-lock inlet and male luer slip outlet.
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2297-53000Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives. Female luer-lock inlet and male luer slip outlet.
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2297-52000Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives. Female luer-lock inlet and male luer slip outlet.
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SYGF0305MNXX104mdi microglassfiber syringe filters are specially designed for clarification of extremely viscous samples that may clog a membrane filter. These filters have microglassfiber media encased in a polypropylene housing.
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SYGF0605MNXX104mdi microglassfiber syringe filters are specially designed for clarification of extremely viscous samples that may clog a membrane filter. These filters have microglassfiber media encased in a polypropylene housing.
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FJ13BNPNC002AD01Syringe Filter, NC, 0.22æm, 13mm, 500/Pk
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FJ25BSCNC002AL01
Thomas Scientific
Syringe Filter, NC, 0.22æm, 25mm, 50/Pk, Sterile, MLS
Price: $176.04List Price: $195.60Increased throughput and speed of sample preparation. Lower hold-up volume due to an improved flow channel design and reduced spacing between the supports within the housing for better handling of small sample volumes or costly samples.