Provide an economical alternative to glass for some applications with Thermo Scientific™ 9 mm Plastic Screw Thread Vials. They are manufactured from high-quality, GC-tested polypropylene material. Polypropylene vials are chemically inert and suitable for most chromatography applications. Where levels of inorganic ions have to be kept to an absolute minimum the use of plastics may be preferred to the more conventional glass vials. Choose from Thermo Scientific™, Thermo Scientific™ National™, and Thermo Scientific™ Chromacol™ brands.
- Broad application of polypropylene vials
- Chemically inert and suitable for most chromatography applications.
- May be preferred when levels of inorganic ions have to be kept to an absolute minimum
- Chemically resistant
- The plastic material of choice when storing liquid sample in aqueous/organic mixtures due to its wide chemical compatibility with alcohols, acetonitrile and other common HPLC solvents
- Tolerates temperatures from -80°C to +121°C
- An economical alternative to glass
- Autosampler compatibility*
- Recommended for most brands of autosamplers
Specifications:
- Diameter (Metric) Opening: 6 mm
- Color: Amber
- Diameter (Metric) Outer: 12 mm
- Material: Polypropylene
- Sterility: Non-sterile
- Disposable: Single-use
- Volume (Metric): 2 mL
- For Use With (Application): (U)HPLC, MS, PFAS
- Graduated: Yes
- Insert Type: No
- Material (Coating): No
- Packaging Type: 1 Pk of 100
- Thread Style: 9 mm Short Thread
- Volume (Metric) Residual: <170 μL
- Base Style: Outer Base Style: Flat Bottom ; Inner Base Style: Flat Bottom
- Product Line: SureSTART Level 1
- Volume (Metric) Total: 1.5 mL
- Closure Type: Screw Thread
- Quantity: 100/Pk
- Closure Size: 9 mm
- Marking Spot: No
- Volume (Metric) Usable: 1 mL
- For Use With (Equipment): HPLC Autosampler
- Autoclavable: Autoclavable
- Certifications/Compliance: Specification Certified
- Height (Metric): 32 mm
- Product Type: 9 mm Target DP Vial
- Unit Size: Pack
Note: Picture is for illustration only. The actual product might be different