amber color reagent bottle
Resistant to pressure inside the bottle:
The reagent bottle can withstand an internal pressure of 98kPa without liquid leakage, ensuring its high safety in air transportation. During high-altitude transportation, changes in internal pressure caused by changes in air pressure may cause leakage or damage to ordinary containers, but the special design of the amber reagent bottle can effectively avoid this problem, making it an ideal choice for transporting experimental reagents or chemicals. Whether it is liquid reagents or volatile chemicals, they can remain stable during transportation to ensure the integrity of experimental materials.
Excellent low-temperature resistance:
The reagent bottle can be used in a freezing environment as low as -100℃ and has super low-temperature resistance. This feature makes it very suitable for storing reagents that need to be frozen, especially in the fields of biological, chemical and pharmaceutical research. Cryopreservation is usually used to maintain the stability of samples, and the amber reagent bottle can ensure the integrity of the material in an extremely low temperature environment without cracking or deformation, providing researchers with a safe and reliable storage solution.
High-temperature sterilization:
The bottle is made of polypropylene and can be sterilized at a high temperature of 121℃ for 30 minutes without deformation or leakage. This feature makes it particularly suitable for laboratory operations that require a sterile environment, such as microbiology or cell culture applications. After sterilization, the reagent bottle can still maintain its sealing performance and chemical stability, ensuring its use under high-demand sterile conditions, providing a highly reliable experimental material storage solution.
Excellent chemical resistance:
Amber reagent bottles have excellent chemical resistance and can resist corrosion from most chemical substances. Whether it is strong acid, strong alkali, or organic solvent, the bottle body and bottle cap can maintain chemical stability, and there will be no material degradation or reaction, ensuring that the reagents are safe and pollution-free. This makes the reagent bottle particularly outstanding in chemical experiments, drug research, and industrial chemical storage, and can safely store various types of chemicals for a long time.
Material and structure description of this product
The amber reagent bottle is made of polypropylene (PP) and exhibits excellent physical and chemical properties in many aspects. First of all, polypropylene is a lightweight and high-strength plastic. It is widely used in laboratory equipment because of its light weight, easy handling and non-breakage characteristics. Its structural stability and toughness enable this material to resist external physical impact for a long time, and it is suitable for storing and operating various chemical reagents. Polypropylene material has high chemical resistance and can effectively resist the influence of various strong acids, strong alkalis, solvents and other corrosive substances, ensuring that the reagents do not react with the bottle body and always maintain the purity and safety of the chemicals in the bottle.
In addition, polypropylene material has excellent high temperature resistance and can withstand high temperature sterilization at 121°C. It does not deform or leak during high temperature disinfection, which is very suitable for sterile experimental environments. This makes it particularly suitable for laboratory operations that require frequent sterilization, such as microbiology, drug research and biomedical applications. At the same time, polypropylene also has excellent low temperature resistance. Even in a freezing environment as low as -100°C, the bottle body can still maintain its structural integrity without cracking or brittleness.
Application areas of this product
Biological and pharmaceutical research
In the biological and pharmaceutical industries, amber reagent bottles also have extremely important applications. Its high and low temperature resistance enables it to be sterilized at high temperatures up to 121°C, and it can still maintain structural integrity in a low-temperature freezer (as low as -100°C). Such performance makes it very suitable for storing temperature-sensitive biological products and drug reagents. In cell culture, DNA sample storage, and vaccine development, amber bottles provide a safe and stable storage container for these experiments. For light-sensitive biological reagents, such as certain proteins and active pharmaceutical ingredients, the amber design of the bottle can effectively reduce ultraviolet transmission, prevent reagent degradation, and ensure the accuracy of the experiment.
Industrial chemical storage
In the industrial field, amber reagent bottles also have a wide range of applications. Due to the wide variety of industrial chemicals and most of them are corrosive, the chemical resistance of amber reagent bottles can ensure that the chemicals in the bottle do not leak or react during storage and transportation. Its 98kPa pressure resistance design meets air transportation requirements and is suitable for chemical transportation tasks in global logistics. Whether it is liquid chemicals, volatile solvents, or highly corrosive raw materials, the high sealing performance of amber reagent bottles ensures the safety and integrity of their contents.
Maybe you have the following questions
1. Can the bottle be used for air transport?
Yes, this container meets air transport standards and can withstand pressures up to 98kPa inside the bottle, ensuring that there will be no leakage during transportation. Its sealing performance has been strictly tested to effectively prevent the volatilization or leakage of chemicals. Therefore, whether it is transported by land or air, the bottle can ensure safe and leak-free transportation of various liquid reagents.
2. Can this container remain stable at extremely low temperatures?
The container has excellent low-temperature resistance and can maintain the integrity of its physical structure even in freezing environments as low as -100℃. This means that it can be safely used in ultra-low temperature experiments and frozen storage without the material breaking or performance degradation due to low temperatures. It is suitable for storing temperature-sensitive chemicals or biological samples.
3. Can the container withstand high-temperature sterilization?
Yes, it is made of polypropylene and can withstand high-temperature sterilization processes at 121℃ and still maintain its shape and sealing performance under high-temperature conditions for 30 minutes. Such heat resistance makes it very suitable for high-temperature sterilization and disinfection environments, especially in sterile experiments and biomedical applications. It can be used repeatedly without affecting the quality of the bottle.
4. What chemical reagents can this bottle be used to store?
The bottle has excellent chemical resistance and can resist corrosion from most acids, alkalis and organic solvents. Therefore, it is suitable for storing various corrosive chemicals, such as acidic or alkaline solutions commonly used in laboratories, as well as industrial solvents. Its excellent chemical resistance ensures that there will be no reaction between the bottle and the contents, thereby ensuring the purity and storage safety of the reagents.
5. Is the design of the bottle cap suitable for use in automated production lines?
The bottle cap has a torque measurement design and is suitable for automated canning lines. This feature not only improves production efficiency, but also reduces errors caused by human operation, ensuring that each bottle can maintain a consistent sealing effect. Therefore, it is very suitable for large-scale automated production, which can reduce operating costs and increase production speed.
6. What is the role of the brown design of the bottle?
The brown design can effectively reduce the transmission of ultraviolet light, and is particularly suitable for storing light-sensitive chemicals, drugs or biological samples. UV radiation may cause degradation or failure of certain substances, and the brown bottle can provide additional protection for these substances, extend their shelf life, and ensure the stability and effectiveness of the contents.
7. What is the packaging method of this product?
It uses single-layer or double-layer packaging of pharmaceutical-grade PE bags to meet the requirements of clean areas. This packaging can not only effectively prevent the intrusion of external pollutants, but also ensure that the bottle is always sterile during transportation and storage. Therefore, it is suitable for use in laboratories, pharmaceutical companies and biological research institutions that have strict requirements for clean environments.
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