Tarson Card Board Cryo Box for Cryo Vials and Centrifuge Tube

The Tarson Cardboard Cryo Box is a practical solution for storing and organizing cryogenic vials and centrifuge tubes in laboratory freezers or cryogenic environments. Here's a breakdown of its features:

1. Cardboard Construction: The box is made from sturdy cardboard material, providing durability and structural support for the stored vials and tubes. Cardboard is lightweight and cost-effective, making it an economical choice for cryogenic storage solutions.

2. Cryo Vial and Centrifuge Tube Compatibility: The box is designed to accommodate various sizes of cryogenic vials and centrifuge tubes commonly used in laboratory settings. It provides compartments or slots to securely hold the vials and tubes in place, preventing movement or damage during storage or transportation.

3. Organization and Labeling: The box typically features partitions or dividers to organize the vials and tubes, facilitating easy access and retrieval when needed. It may also include areas for labeling or marking, allowing users to identify the contents of the box quickly.

4. Temperature Resistance: The cardboard material used in the box is designed to withstand low temperatures commonly encountered in cryogenic storage environments. This ensures that the box maintains its structural integrity and does not degrade or become brittle when exposed to extreme cold.

5. Stackability: The box may be designed to stack securely with other cryo boxes, optimizing storage space in laboratory freezers or storage units. This feature allows for efficient use of limited space and easy organization of multiple boxes.

6. Cost-Effective Solution: Cardboard cryo boxes are often more cost-effective than their plastic or metal counterparts, making them an attractive option for laboratories with budget constraints or those requiring large quantities of storage solutions.

In summary, the Tarson Cardboard Cryo Box provides a practical and cost-effective solution for organizing and storing cryogenic vials and centrifuge tubes in laboratory settings. Its sturdy construction, compatibility with various vial and tube sizes, organization features, and temperature resistance make it a valuable asset for cryogenic storage applications.