Lab Ice Containers
Lab ice containers are designed for the secure and efficient storage of temperature-sensitive samples, particularly enzymes. These containers, including enzyme coolers, provide stable temperature control, which is crucial for preserving enzyme activity during experimental procedures.
Products such as the CoolBox XT offer extended cooling capabilities without the need for ice, electricity, or batteries. Main features include an insulated design that maintains temperature consistency, lightweight yet durable construction for ease of transport, and compatibility with various tube sizes.
Users benefit from the reliable preservation of sample integrity, reduction in potential enzyme degradation, and convenience in handling and storage, making these containers essential for laboratory environments where precise temperature control is important.
Products such as the CoolBox XT offer extended cooling capabilities without the need for ice, electricity, or batteries. Main features include an insulated design that maintains temperature consistency, lightweight yet durable construction for ease of transport, and compatibility with various tube sizes.
Users benefit from the reliable preservation of sample integrity, reduction in potential enzyme degradation, and convenience in handling and storage, making these containers essential for laboratory environments where precise temperature control is important.
33 - 34 of 34
Sort
View
Show
-
4 Liter Triple Density Ice Pan
Diversified BiotechDurable Made of triple density expanded polystyrene creating a durable container that is virtually unbreakable Super Insulating Preserves ice up to 30% longer than conventional ice pans Stackable Designed with an inner edge enabling the pans to stack on top…
-
ICE BUCKET,WITH LID,ROUND,2.5L,GREEN
Azenta Life SciencesAzenta products are intended for sale/shipment within the US and Latin America only. All other International customers should contact their local Azenta distributor to place orders for Azenta products.
Site Search by