Thermal freezing label
Thermal freezing label is a product developed and designed based on standard freezing labels. It enriches the product line of the freezing label family, mainly manifested in dual label design, meeting different application needs. After years of user use in -80 ℃ and -196 ℃ freezing environments, it has been verified to be fully capable of domestic applications in this field and solves the problem of special environmental requirements for laboratory freezing sample identification in the biomedical industry.
Low temperature resistant frozen labels are an essential product in today's rapidly developing fields of biomedicine, disease prevention and control, medicine, and microbiology research. They require a convenient and flexible frozen label printing and production system.
According to your needs, we can quickly produce identification labels for frozen samples in your experiments, making your work fast, easy, safe, and accurate. Our frozen label has been extensively researched and used for many years, fully verifying its reliability and durability, and can withstand harsh experimental environments such as liquid nitrogen, refrigerator, high-pressure sterilization, hot water bath, ice bath, etc. And it will not fade, curl, peel, or blur.
In today's world of scientific and technological progress, there are a large amount of raw sample data in laboratories that require strict and standardized requirements to safeguard them. This means that they must be able to withstand various harsh conditions to ensure the integrity of the data and the safety of the sample data. They must be labeled with highly risk resistant tags, and frozen tags can achieve this. They will play a crucial role in tracking, collecting, and even big data analysis of samples in the future.
Characteristics of Thermal Freeze Labels
1. Low label cost;
2. Short term laboratory samples need to undergo frozen storage testing to display complete information;
3. Sample freezing experiment testing to meet the needs of all frozen labels;
4. The experiment is completed, stored at room temperature, with the label open, easy to detach from the cryovial, and easy to destroy the label;
5.In our deep freezing state test, it performed well.
High and low temperature resistant label
This product is a labeling requirement proposed during a scientific research activity for the cultivation, high-temperature packaging, and freezing of bacterial strains stored in glass tubes. Through our research and development, the label product has been validated by years of user use and meets our design requirements. It is capable of withstanding domestic applications in this field and solves the problem of sample labeling meeting special environmental requirements during the entire process from high temperature to low temperature in the biomedical industry laboratory.
High temperature labels and low-temperature labels are essential products in today's rapidly developing fields of biomedicine, disease prevention and control, life medicine, and microbiology research, and require convenient and flexible label printing and production systems.
Based on your needs, quickly implement the production of identification labels for your experimental samples, making your work fast, easy, safe, and accurate. Our frozen and high-temperature labels have been extensively researched and used for many years, fully verifying their reliability and durability. They can withstand harsh experimental environments such as high-temperature packaging, low-temperature liquid nitrogen, refrigerators, high-pressure sterilization, hot water baths, ice bubbles, etc. And it will not fade, curl, peel, or blur.
In today's world of scientific and technological progress, there are a large amount of raw sample data in laboratories that require strict and standardized requirements to safeguard them. This means that they must be able to withstand various harsh conditions to ensure the integrity of the data and the safety of the sample data. They must be labeled with highly risk resistant tags, which can play a crucial role in tracking, collecting, and even big data analysis of samples in the future.
