The medical label has passed the durability test of GB 9706.1-2020 national standard. First, wipe with a cloth soaked in distilled water for 15 seconds, then wipe with a cloth soaked in 96% ethanol for 15 seconds, and finally wipe with a cloth soaked in isopropanol for 15 seconds. Widely used in the pharmaceutical industry, including liquid nitrogen labels, test tube labels, blood bag labels, laboratory labels, etc. The chemical industry includes laboratory labels, reagent labels, etc.

Medical drug label product introduction:

With the continuous advancement of genetic applications, blood transfusion medicine, organ transplantation, and stem cell technology, over one million human tissue samples need to be collected every year. The processing, collection, and transportation of each sample need to be carried out in a low-temperature environment, and accurate labeling is also required. For all biological agents and pharmaceutical products that withstand low and ultra-low temperature environments. Astatine Technology has developed a series of label products that ensure excellent stickiness and durability throughout the entire value chain.

Characteristics of medical drug labeling:

1. Can adhere well to adherent materials including polypropylene, glass, PVC, and steel

2. Supports multiple printing methods, such as UV flexographic printing, heat transfer printing, and UV inkjet printing

3. Multiple surface materials are available for selection, including transparent films and white films for different purposes and temperatures

4. Excellent fit and plasticity

5. Can withstand multiple freeze-thaw cycles


Summary of Medical Drug Labels:

The durability of materials is crucial for biological and pharmaceutical products, as blood, stem cells, and all tissues need to be cooled to below 0 degrees Celsius for storage, such as -196 ° C (liquid nitrogen refrigeration). Biological activities will stop in environments with temperatures below -130 ° C. Therefore, it is necessary to store the sample material in such a temperature environment to maintain its constant state. To ensure that these products can fulfill their medical mission of saving lives and creating lives when needed in the future, it is not only necessary to protect these products from spoilage, but also to ensure that their identification labels are not damaged in low-temperature environments.