Cole-Parmer TC Flask-NT-SW/Plug 850ml is designed to optimize the cultivation of cells and tissues with superior consistency, cell health, and reproducibility. With innovative design features and plug sealing caps, these flasks provide a reliable and stable environment for cell culture applications.
Product Features
- Optimize the cultivation of cells and tissues in your lab with Cole-Parmer flasks
- Designed for consistency, cell health and reproducibility, with surface and ancillary options
- Innovative angled neck design offers easy pipetting and cell scraper access
- Select from non-treated and surface-treated flasks with growth areas ranging from 12.5 to 300cm²
- Corrugation-free and smooth flask surface maximizes usable growth area
- Upper triangular and wider base shape provides stability
- Protruding ridges on the back side of the flask make it easy for stacking
- Gamma sterilized with strict integrity testing
- Certified DNase-, RNase-free, and non-pyrogenic
- Graduation marked on both sides with a special area near the neck for marking
- 2 different cap styles can be used in both open and closed systems
- Plug sealing caps - Standard polyethylene caps providing liquid and gas shear seal
- Vented caps - Vented polyethylene caps contain a 0.22µ hydrophobic filter to allow gas exchange and minimize risk of cross contamination
- Packaged in durable zip re-sealable self-standing plastic bags that allow flasks to remain upright and reduce contamination
- Inner packaging is individually labelled for lot traceability
Benefits
- Ensures consistent, stable, and contamination-free cell culture
- Innovative angled neck and smooth surface improve accessibility and growth area
- Gamma sterilization ensures sterility and product integrity
- Plug sealing caps allow secure liquid and gas sealing during experiments
Why Choose Cole-Parmer TC Flask-NT-SW/Plug 850ml, 18/cs?
These TC flasks provide a dependable and sterile solution for cell and tissue culture applications, ensuring optimal growth conditions, ease of use, and traceability in laboratory workflows.
