The Cryoseal IX35 Liquid Nitrogen Container represents advanced cryogenic storage technology engineered for organizations requiring absolute reliability in preserving sensitive materials. With a substantial 35-liter capacity and exceptional 240-day static holding time, this container ensures valuable samples remain securely preserved without constant monitoring. The precision-engineered 50mm neck diameter allows easy access while maintaining optimal thermal efficiency, and the compact 476mm outer diameter makes it space-efficient for various operational environments. Constructed from durable materials, the IX35 combines reliable performance with practical handling, offering organizations a trustworthy solution for critical cryogenic storage needs where safety and consistency are paramount. This container serves diverse professional sectors where cryogenic preservation is essential. Medical laboratories and research institutions rely on the IX35 for storing biological samples, research ...

The Cryoseal IX35 Liquid Nitrogen Container represents advanced cryogenic storage technology engineered for organizations requiring absolute reliability in preserving sensitive materials. With a substantial 35-liter capacity and exceptional 240-day static holding time, this container ensures valuable samples remain securely preserved without constant monitoring. The precision-engineered 50mm neck diameter allows easy access while maintaining optimal thermal efficiency, and the compact 476mm outer diameter makes it space-efficient for various operational environments. Constructed from durable materials, the IX35 combines reliable performance with practical handling, offering organizations a trustworthy solution for critical cryogenic storage needs where safety and consistency are paramount. This container serves diverse professional sectors where cryogenic preservation is essential. Medical laboratories and research institutions rely on the IX35 for storing biological samples, research materials, and temperature-sensitive compounds with consistent thermal integrity.