Description

Filter Vials are a single system which replaces HPLC Vials, HPLC Caps, Syringes, & Syringe Filters for the filtration of samples. In 15 seconds, Thomson Filter Vials allow for sample preparation of unfiltered samples to filtered samples in an autosampler-ready vial.

Thomson Filter Vials are the same size as standard HPLC vials and will fit easily into any machine or tray available for standard HPLC vials.

Offers a very low dead volume, allowing one to filter as little as 10μL of sample with enough remaining filtrate to make a 2μL injection

10μL Minimum Volume

Thomson nano|Filter Vial® offer a very low dead volume, allowing one to filter as little as 10μL of sample with enough remaining filtrate to make a 2μL injection.

Applications include all low volume samples: analysis of enzymes, peptides, DNA, RNA, synthesis reaction intermediates, finished products, and saliva.

Key Features

  • 10µL sample for 2μL injection
  • Available with pre-slit or non-slit caps
  • Centrifugation & Spin Filters
  • Small Volume Syringe Filters
  • Syringes
  • High Recovery Vials/Caps
  • Inserts with HPLC Vials/Caps

Nano|Filter Vial Part Numbers

nano|Filter Vial® Part Numbers -With Pre-Slit Septum

nano|Filter Vial® - PTFE 0.2µm

Pre-Slit Septum, Green Screw Cap - For samples down to 10µL

non-sterile

pn25530-200|200/case

pn25530-500|500/case

nano|Filter Vial® - PTFE 0.45µm

Pre-Slit Septum, Blue Screw Cap - For samples down to 10µL

non-sterile

pn25540-200|200/case

pn25540-500|500/case

nano|Filter Vial® - PVDF 0.2µm

Pre-Slit Septum, Red Screw Cap - For samples down to 10µL

non-sterile

pn25531-200|200/case

pn25531-500|500/case

nano|Filter Vial® - PVDF 0.45µm

Pre-Slit Septum, Yellow Screw Cap - For samples down to 10µL

non-sterile

pn25541-200|200/case

pn25541-500|500/case

nano|Filter Vial® - PES 0.2µm

Pre-Slit Septum, Grey Screw Cap - For samples down to 10µL

non-sterile

pn25535-200|200/case

pn25535-500|500/case

nano|Filter Vial® - Nylon 0.2µm

Pre-Slit Septum, Black Screw Cap - For samples down to 10µL

non-sterile

pn25538-200|200/case

pn25538-500|500/case

nano|Filter Vial® Part Numbers -With Non-Slit Septum

nano|Filter Vial® - PTFE 0.2µm

Non-Slit Septum, Green Screw Cap - For samples down to 10µL

non-sterile

pn15530-200|200/case

pn15530-500|500/case

nano|Filter Vial® - PTFE 0.45µm

Non-Slit Septum, Blue Screw Cap - For samples down to 10µL

non-sterile

pn15540-200|200/case

pn15540-500|500/case


nano|Filter Vial® - PVDF 0.2µm

Non-Slit Septum, Red Screw Cap - For samples down to 10µL

non-sterile

pn15531-200|200/case

pn15531-500|500/case

nano|Filter Vial® - PVDF 0.45µm

Non-Slit Septum, Yellow Screw Cap - For samples down to 10µL

non-sterile

pn15541-200|200/case

pn15541-500|500/case

nano|Filter Vial® - PES 0.2µm

Non-Slit Septum, Grey Screw Cap - For samples down to 10µL

non-sterile

pn15535-200|200/case

pn15535-500|500/case

nano|Filter Vial® - Nylon 0.2µm

Non-Slit Septum, Black Screw Cap - For samples down to 10µL

non-sterile

pn15538-200|200/case

pn15538-500|500/case

nano|Filter Vial® - PTFE 0.2µm

Non-Slit PTFE|SIL|PTFE Septum, Green Screw Cap - For samples down to 10µL

non-sterile

pn14930|100/case

nano|Filter Vial® - PFAS Use, Nylon 0.2µm

Non-Slit SIL|PP Septum, Black Screw Cap - For samples down to 10µL, PFAS Applications

non-sterile

pn14638|100/case

More on Thomson Instruments

Thomson Instrument Company has been serving the pharmaceutical and life science industries since 1970. Their lasting commitment to provide customer satisfaction and quality products has enabled them to maintain a solid reputation throughout the industry. Thomson’s range of innovate consumables and equipment help make your lab more efficient. Their filter vials speed up prep and analysis, while their patented optimum growth and ultra high yield flasks with AirOTop seals provide the perfect environment to enhance cell growth. Their range of well plates represent a cross section of plates for many different needs.

Read more

Thomson’s range of innovate consumables and equipment help make your lab more efficient.

Sign up to BPES e-newsletters

Sign Up