APS Lifetech Cardboard Cryo Box 1.8ml Tubes

-Description: The APS Lifetech Cardboard Cryo Box (APSCD081) provides a reliable and eco-friendly solution for the organized and sterile storage of 1.8ml tubes. This pack of 12 sterile cardboard cryo boxes is meticulously designed to ensure the integrity of biological samples during cryogenic storage.Key Features:Eco-Friendly Cardboard Construction: Crafted from environmentally friendly cardboard, these cryo boxes offer a sustainable alternative for sample storage. The cardboard material maintains structural integrity even under cryogenic conditions, ensuring the security of stored samples.Sterile Packaging: The cryo boxes are supplied in a sterile condition, providing an aseptic environment for the storage of sensitive biological samples. This sterile packaging reduces the risk of contamination and supports the integrity of stored specimens.Designed for 1.8ml Tubes: Specifically tailored for 1.8ml tubes, these cryo boxes provide a snug and secure fit for tubes commonly used in laboratory applications. The design ensures stability and minimizes the risk of sample movement during storage.Efficient Pack Size: The pack includes 12 sterile cardboard cryo boxes, offering an efficient solution for laboratories with moderate sample storage needs. This pack size strikes a balance between storage capacity and resource utilization.Benefits:Eco-Conscious Sample Storage: The use of environmentally friendly cardboard aligns with sustainability goals, providing an eco-conscious option for sample storage. Researchers can store samples securely while minimizing their environmental impact.Sterile Assurance: Supplied in a sterile condition, these cryo boxes ensure an aseptic storage environment, reducing the risk of sample contamination. This sterile assurance is critical for maintaining the integrity of sensitive biological specimens.Customized for 1.8ml Tubes: Tailored for 1.8ml tubes, these cryo boxes offer a customized and secure storage solution. The snug fit minimizes the potential for sample movement, ensuring stability during cryogenic storage.