Ice-free FreezeBox™, Blue, CL cooling core, CM01 for 2ml tube (1 each)
Ice-free FreezeBox
Ice-free FreezeBox" is a new type of energy-saving, environmentally friendly, safe, and has no additives. The FreezerBox" requires no electricity (other than freezer), no ice required for low temperature protection for biological samples. Ice core aluminum alloy shell with high thermal conductivity of the alloy module to ensure that the sample can be quickly cooled, the temperature difference between the sample holes less than 0.1, maintains a uniform temperature between the samples. The FreezeBox" is Ice-free, lightweight, easy to carry, and ideal for collection of biological samples, it also can also be used in helping to preserve the unstable nucleic acid samples. Its compact design and ice-free technology make it ideal for use in a tissue culture incubator, bio-safety cabinet and any other application with limited space. The FreezeBox" can be used with different ice cores, and a variety of thermal test tube modules for usage with different samples and temperature.
| Item Number | Specifications | Weight | Note |
| FZB-01 | 152×170×123 mm | 1300g | CL, CM01 included in standard packaging (1 each). |
| FZB-S1 | 152×170×123 mm | 140g | 1. Can be equipped for different refrigeration. 2. Can be equipped for a variety of tube size. |
Product Features
- Can bring low temperature protection for biological samples.
- The uniformity of the temperature between the holes can ensure consistency of the sample test results.
- Optional different ice cores selection for different storage temperatures.
- Applicable to a variety of thermal pipes and modules.
- Lightweight, easy to carry, suitable for the collection of biological samples.
- Easy to clean and disinfect.
- Highly durable and suitable for frequent and repeated use.
Usage
This product is easy to assemble and simple use. All you need is store the corresponding ice core in the ultra-low temperature refrigerator for several hours, place the desired tube module on the chilled core, and insert your sample or plate into the tube module. If you choose to use dry ice, take the ice core out, directly fill approximately 200g dry ice, then lay the tube modules on top of it.
Technical Parameters
| Temperature Range | Cooling Sources | Cooling Sources Processing | Module Processing | Insulation Time (Open cover) | Insulation Time (Close cover) | Performance Diagram |
| 0.5~4 | Ice core CL | Place it above 4hrs under -20, use after 10mins when room temp. goes up. | Precooling to 0.5~4 | 4h | 10h | |
| 0.5~4 | Place it above 4hrs under -20, then use directly. | Room Temp. | ||||
| 0.5~4 | Place it above 2hrs under -80, then use directly. | |||||
| -18~-4 | Ice core CF | Place it above 6hrs under -20. | Precooling 30mins under -20 | 3h | 6h | |
| -18~-4 | Place it above 3hrs under -80. | |||||
| -30~-20 | Dry ice | About 200g directly into the bo | Put the heat shield on first, then the room temp. | 5h | 6h (Will below -30) | |
| -78 | Directly place room temp. module | 6h |
| Technical Specifications | Technical Parameters
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