-80 ℃ low temperature resistant vinyl label
Frozen adhesive labels are generally used in places with high humidity and low temperatures, while ordinary paper labels are affected by moisture in the air and can become damp. Coupled with temperature changes in the morning and evening, repeated effects can cause deformation and warping. Professional frozen adhesive labels can withstand extreme temperatures and temperature changes. These labels use special stickers that can withstand extreme temperatures and are specifically used for all frozen storage, including liquid nitrogen, freezing, and ultra-low temperature freezing applications. They are also suitable for most cultivation and incubation processes
-80° The C low-temperature sticker is applied to the surface of the product that does not penetrate the object, and the adhesive maintains a considerable adhesive force at low temperatures without falling off. It can meet the requirements of rapid freezing at -80 ℃, storage and circulation at -18 ℃ or lower after packaging, and is stored in a low-temperature cold chain throughout the process, with the characteristics of low temperature and moisture resistance
Product Features:
1. The product has been used and verified on site, proving its qualification and usability
2. Special adhesive, resistant to deep freezing and high temperature packaging, fully ensuring the quality of adhesion
3. It performs well after being subjected to high temperatures and then in an environment of -80 ℃
4. The material is reliable, medical grade, and can be used in fields with high safety requirements
5. SGS GB6675 testing and VOC54 testing ensure the safety of the product
6. High temperature does not peel off, freezing does not fade, does not curl, does not peel off, and does not blur, ensuring data reliability
7. Resistant to reagent rubbing test, ensuring disinfection after sample transfer
8. It has universality and is suitable for various barcode printers
Scope of application: Safety and sealing labels, warning labels, identification labels in low-temperature environments
-196 ℃ liquid nitrogen label
-196° The C liquid ammonia label uses nylon cloth as the substrate, which is more flexible and suitable for the labeling requirements of some small cryovials. It is coated with imported low-temperature glue, which maintains good adhesion even in liquid nitrogen environment and can be stored in liquid nitrogen environment for a long time without warping or cracking
-196° The liquid nitrogen label is mainly used for identification in medical institutions or biological laboratories during research. The label surface material has good ductility and bendability, making it suitable for surfaces of various materials such as plastics, peeling test tubes, glass slides, etc. Its specially developed adhesive can also withstand high and low temperature tests from -196~150 ℃
Performance and advantages:
The white opaque film surface material with strong coverage and adhesive have strong low-temperature resistance, and can work for a long time in an environment of -196 ℃ on metal, paint, and plastic surfaces. It has good adhesion and is easy to print. It has good compatibility with various types of carbon. It is suitable for safety and sealing labels, warning labels, and identification labels in low-temperature environments
Scope of application:Low temperature storage plastic test tubes, glass slides, experimental orifice plates, experimental sleeves, slightly rough surfaces
Low temperature resistant label
Low temperature resistant labels are a type of label that can maintain strong adhesion and will not easily fall off even in low temperature environments. Due to its ability to withstand extreme temperatures, it is specifically used for various frozen storage applications, including liquid nitrogen, freezing, and ultra-low temperature freezing. Currently, low-temperature resistant labels are mainly used in fields such as pharmaceuticals, chemicals, and refrigeration. Among them, medicine, as a field related to people's health, has very high requirements for low-temperature resistant labels. As a well-known adhesive and tape manufacturer, Gaofu Code provides medical low-temperature resistant label products that can meet various demanding needs.
For example, high coding and low temperature 3M labels. It can be used for pasting at room temperature ranging from 5 ℃ to 49 ℃, stored in a low-temperature environment of -40 ℃, and meets the safety certification of CONEG and FDA, with good durability, adhesion, and moisture resistance. Suitable for use in the harsh environment that blood bag tracking labels may experience;
High coding low temperature label. After being pasted on a metal or paper surface at room temperature and left for a period of time, it can withstand a low temperature test of -80 ℃. Suitable for low-temperature/cold chain vaccine labeling.
Nylon fabric low temperature resistant label
Nylon fabric low-temperature resistant label is a label solution designed specifically for low-temperature environments, characterized by the use of nylon fabric as the substrate. Nylon fabric is renowned for its high strength, excellent impact resistance, and outstanding low-temperature resistance, which enables nylon fabric low-temperature labels to maintain stability and reliability under extreme low-temperature conditions.
Specifically, nylon fabric low-temperature resistant labels can withstand liquid nitrogen environments as low as -196 ℃ without falling off, becoming brittle, or deforming. They are usually coated with special low-temperature resistant adhesive to ensure strong adhesion even in low-temperature environments. In addition, these labels also have excellent solvent resistance, biochemical corrosion resistance, UV light resistance, and weather resistance, which can maintain clear and readable label information in various harsh environments.
Nylon cloth low-temperature resistant labels have been widely used in various industries such as medicine, biological laboratories, food, and chemical engineering, especially in the labeling of biological samples and reagents that require long-term storage in liquid nitrogen. These labels not only ensure the accuracy and traceability of information, but also maintain stable performance in low-temperature environments, providing reliable guarantees for scientific research and production.
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.
