WHEATON® SAMPULE® Vial, HDPE, 6 mL, Case of 2000
- HDPE vials are economical choice for scintillation counting
- Caps packaged separately
- For additional organization of your vials use the WHEATON® Vial Rack 868810
- Vials in trays are shrink-wrapped in plastic for protection against contamination
$620.44
USD/Case of 2000
In stock
Catalog Number:
Product Overview
Wheaton HDPE Sampule® Vials are a general purpose vial that can be used for liquid scintillation counting, sample collection and storage applications. HDPE is a robust material providing a high degree of resistance to many organic solvents. The convenient 6ml volume is compatible with standard liquid scintillation counter systems and is also a convenient size for a range of general laboratory applications helping reduce the amount of solvent or reagent required.
Specifications
| Remarks | Diameter x height mm: 17 x 57 |
| Material | Material: HDPE |
| Liner Material | Linerless |
| Capacity (mL) | Capacity ml: 6 |
| Diameter (mm) | 17 |
| Thread | Cap size: 18mm |
| Neck Size | 18mm |
| Cap Material | Polypropylene |
| Height (mm) | 57 |
| Quantity | 2000 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
Product Overview
Product Overview
Wheaton HDPE Sampule® Vials are a general purpose vial that can be used for liquid scintillation counting, sample collection and storage applications. HDPE is a robust material providing a high degree of resistance to many organic solvents. The convenient 6ml volume is compatible with standard liquid scintillation counter systems and is also a convenient size for a range of general laboratory applications helping reduce the amount of solvent or reagent required.
Specifications
Specifications
| Remarks | Diameter x height mm: 17 x 57 |
| Material | Material: HDPE |
| Liner Material | Linerless |
| Capacity (mL) | Capacity ml: 6 |
| Diameter (mm) | 17 |
| Thread | Cap size: 18mm |
| Neck Size | 18mm |
| Cap Material | Polypropylene |
| Height (mm) | 57 |
| Quantity | 2000 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
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