DWK Life Sciences
Wheaton® 0.3mL V-Vials, Borosilicate Glass, Clear, 13-245 Hole Caps & PTFE/Silicone Septa, case/12
- Part Number:
- DWK-W986283NG
- Lead Time:
- Call for availability: 12-16 weeks
- Shipping:
- FREE SHIPPING on most orders over $50*
- Quantity:
- 12
- Size:
- 0.3 ml
- Closure Size:
- 13-425
- Color:
- clear
- Material:
- borosilicate glass
- Style:
- vial
- Closure Style:
- screw thread
- Cap Liner:
- PTFE/silicone
- Country of Origin:
- Made in the USA
Bulk discount rates
Automatically save when you buy in bulk.
Buy 6 - 11 | and get 10% off |
Buy 12 or above | and get 15% off |
Description
WHEATON® High Recovery Vials, 0.3mL or 0.01oz, Clear, 13-425 Finish with PTFE /Silicone liner, Type I Borosilicate Glass. (0.3 mL V-Vial, Clear, 13-245 Open-Top Cap)0.3mL Type I Borosilicate Glass V-Vials, Clear, 13-245 Open-Top Cap.
Clear glass vial. Open top black phenolic cap. PTFE faced silicone liner. Screw cap attached.
Enhance your laboratory's efficiency with Wheaton® 0.3mL V-Vials, designed for high recovery and secure storage of samples. These vials are crafted from Type I borosilicate glass to provide superior chemical resistance and stability, making them the ideal choice for precise and accurate analytical techniques.
The 0.3mL capacity is perfect for applications requiring minimal sample volume while ensuring reliable results. Each vial features a 13-245 open-top cap that allows for easy access and closure, complemented by a PTFE/silicone septum that offers optimal sealing properties. With 12 vials per case, they are ideal for both routine use and specialized research projects.
- 0.3mL capacity efficient for small sample volumes
- Type I borosilicate glass ensuring maximum stability
- Clear design for easy visibility and identification
- 13-245 open-top cap for simple handling
- PTFE/silicone liner providing excellent sealing and compatibility
- Pack of 12 for convenient laboratory supply management
Wheaton® V-Vials guarantee dependable performance, making them essential for laboratories focused on quality and precision in their analytical processes.