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Features
· Ease of use
· Alcohol and fluid free freezing
· Lower cost of use than alcohol-based devices
· High post-thaw recovery and viability
· Proven reproducibility for a variety of cell types
· Simple, consistent way to standardize controlled-rate freezing
The cell freezing container is made of cross-linked polyethylene foam with a solid state core(metal ring). The foam is non-absorbent and won't affect nearby frozen samples. Freezing profiles are consistent and reproducible. You can depend on high reproducibility and high cell viability, to ensure you preserve the most cells possible for your research.
| P/N | DIM.(DIA.*H)(mm) | NUMBER OF TUBES HELD | PACKING |
| 2510-1702 | 115*100 | 12 | 1pc/box, 12pcs/carton |
Features
· Ease of use
· Alcohol and fluid free freezing
· Lower cost of use than alcohol-based devices
· High post-thaw recovery and viability
· Proven reproducibility for a variety of cell types
· Simple, consistent way to standardize controlled-rate freezing
The cell freezing container is made of cross-linked polyethylene foam with a solid state core(metal ring). The foam is non-absorbent and won't affect nearby frozen samples. Freezing profiles are consistent and reproducible. You can depend on high reproducibility and high cell viability, to ensure you preserve the most cells possible for your research.
| P/N | DIM.(DIA.*H)(mm) | NUMBER OF TUBES HELD | PACKING |
| 2510-1702 | 115*100 | 12 | 1pc/box, 12pcs/carton |
