Tarson Thermo Conductive Rack for Use in Mini Coolers or Ice Buckets and Trays

The Tarson Thermo Conductive Rack is a specialized accessory designed for use in mini coolers, ice buckets, or trays in laboratory settings. Crafted with thermally conductive materials, this rack efficiently conducts temperature, providing a stable and controlled environment for storing temperature-sensitive samples or reagents.

The rack features a grid-like design with individual compartments or slots, each specifically sized to accommodate laboratory tubes, vials, or other containers. This design allows for the organized storage of multiple samples while ensuring they remain securely in place, minimizing the risk of spillage or damage during transportation.

Constructed with thermally conductive materials, the rack facilitates the transfer of heat or cold from the surrounding environment to the stored samples. This ensures that samples maintain their desired temperature, whether they need to be kept cool or warm, enhancing sample integrity and preserving experimental conditions.

The thermo conductive properties of the rack make it suitable for use with mini coolers, ice buckets, or trays, providing an efficient solution for temperature control in laboratory workflows. Whether storing samples at low temperatures for preservation or at elevated temperatures for specific reactions, the rack ensures consistent and uniform temperature distribution across stored samples.

Designed for user convenience, the rack is lightweight and compact, allowing for easy placement and removal from mini coolers or ice buckets. Its stable base provides support and prevents tipping during use, ensuring the safety of stored samples.

Overall, the Tarson Thermo Conductive Rack offers researchers a reliable and efficient solution for temperature-controlled storage of samples in laboratory settings. Its thermally conductive design, compatibility with mini coolers or ice buckets, and user-friendly features make it an essential accessory for maintaining sample integrity and experimental reproducibility.