DWK Life Sciences
Wheaton® 209163 8mL Leak Resistant Star Bottles, Polypropylene, 20-410 Caps, case/72
- Part Number:
- DWK-209163
- Lead Time:
- 5-7 days
- Minimum Purchase:
- 1 unit
- Shipping:
- FREE SHIPPING on most orders over $50*
- Quantity:
- 72
- Size:
- 8 ml / 2 dram
- Closure Size:
- 20-410
- Color:
- natural
- Material:
- polypropylene
- Style:
- bottle
- Closure Style:
- screw thread
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
Premium Lab Quality 8 mL (1/4 ounce) narrow mouth Polypropylene (PP) plastic bottles feature superior double seal closure, which is designed to be leak resistant. The special no-drip pour lip ensures safe, clean pouring. Bottles are convenience packed with polypropylene closures attached.
- Polypropylene
- Amber color
- Narrow mouth
- Autoclavable
- Superior double seal closure for leak resistance
- No-drip pour lip for safe and clean pouring
- Polypropylene cap attached
| Bottle Material | Plastic |
| Bottle Style | Leak Resistant |
| Bottle / Vial Style | Leak Resistant |
| Capacity (mL or oz) | 8mL or 0.27oz |
| Diameter (mm) | 25 |
| Height (mm) | 43 |
| Cap/ Closure Size | 20-410 |
| Color | Amber |
| Bottle Color | Amber |
| Plastic Material | Polypropylene (PP) |
| Thread Finish | 20-410 |
| Bottle Finish | Narrow Mouth |
Notes for Autoclaving:
The suggested conditions for steam sterilization are 121° C (250° F) @ 15 psig for 20 minutes. Portions of the coating may absorb a small amount of water vapor and appear cloudy after autoclaving, however, the cloudiness will disappear as the coating dries. To speed Clearing, glassware can be dried in a 49 - 66° C (120-150° F) oven.
Autoclaving effects on the coating will vary slightly due to equipment, container size, and configuration, procedure, and frequency of procedure. It is recommended that containers not be autoclaved touching each other to avoid possible sticking problems. Also, it is recommended that the autoclave pressure be allowed to return to zero before removing glassware. A sudden release of pressure may cause the coating to separate from the glass and produce air pockets under the coating. Evaluation of a sample is the best way to determine if the safety coating will work for your application.