Tarson 0°C Mini Cooler, PC with Non Toxic Gel for Laboratories

The Tarson 0°C Mini Cooler is a convenient and compact cooling solution designed for laboratory applications that require maintaining samples or reagents at low temperatures. Constructed from polycarbonate (PC) and filled with non-toxic gel, this mini cooler offers several benefits for laboratory use.

One of the key features of the Tarson 0°C Mini Cooler is its ability to maintain a temperature of 0°C for an extended period, providing a stable and controlled environment for samples or reagents that require refrigeration. This is particularly useful for preserving the integrity of temperature-sensitive materials, such as enzymes, proteins, or biological samples, during transportation or short-term storage.

The polycarbonate construction of the mini cooler ensures durability and resilience, making it suitable for use in laboratory environments. Polycarbonate is known for its impact resistance and transparency, allowing users to easily monitor the contents of the cooler without compromising its structural integrity.

The non-toxic gel filling of the mini cooler provides efficient thermal insulation, helping to maintain the desired temperature inside the cooler for an extended period. This ensures that samples or reagents remain cold and stable during transportation or when placed on the laboratory bench, minimizing the risk of degradation or spoilage.

The compact size of the Tarson 0°C Mini Cooler makes it convenient for use in various laboratory settings, including research laboratories, clinical laboratories, and field studies. Its portability allows for easy transport of samples or reagents between different workstations or locations, facilitating efficient workflows and experimentation.

Overall, the Tarson 0°C Mini Cooler offers laboratories a reliable and convenient solution for maintaining samples or reagents at low temperatures. Its durable construction, efficient thermal insulation, and portability make it an essential accessory for preserving the integrity of temperature-sensitive materials in laboratory settings.