1l reagent bottle
Medical-grade raw materials and production environment
This reagent bottle is made of medical-grade raw materials to ensure the purity and safety of the materials. Medical-grade raw materials mean that the product strictly follows high standards during the production process to ensure that the materials are harmless to the human body and will not react adversely with the stored reagents. This level of raw materials is usually used for medical device and drug packaging to ensure that the purity of the reagents and the accuracy of the experimental results can be maximized when used in laboratories and medical environments.
At the same time, the product is produced in a 100,000-level cleanroom. A 100,000-level cleanroom means that the number of particles in the air is extremely low, and the environment in the workshop is strictly controlled to avoid the impact of pollutants such as dust and bacteria in the air on the product. This production environment ensures that the bottle will not be contaminated during the production process and ensures its safety in use. In addition, the characteristics of nuclease-free and pyrogen-free further prove the purity and pollution-free nature of the product, which is particularly important during the experiment, especially in molecular biology and medical experiments, to prevent exogenous nucleases or pyrogen from interfering with the experimental results.
Leak-proof design of linerless polypropylene bottle cap
This bottle is equipped with a linerless polypropylene bottle cap, which provides excellent leak-proof effect. Liners are usually used to enhance the sealing of bottle caps, but bottle caps without liner designs are simpler in structure and reduce the use of materials that may cause contamination or reaction. Polypropylene material itself has good elasticity and sealing properties, and can fit tightly to the bottle mouth to ensure that the liquid in the bottle will not leak.
The narrow mouth design of the bottle further improves the sealing, and the narrow mouth can better limit the entry of air and the volatilization of liquid. This design is particularly suitable for storing volatile or sensitive reagents, ensuring that the concentration and stability of the chemicals in the bottle are maintained during long-term storage.
Pressure resistance and suitability for air transportation
The bottle can withstand internal pressures of up to 98kpa and no liquid leakage will occur under this pressure. This high pressure resistance ensures the safety of the bottle under extreme conditions, especially during transportation. The pressure adaptability of 98kpa makes the product fully meet the requirements of air transportation, and even the pressure difference caused by changes in air pressure during takeoff and landing of the aircraft will not cause the bottle to break or liquid to leak.
This feature is particularly important for laboratories or pharmaceutical companies that need to transport internationally, ensuring that reagents or samples maintain their original quality and safety during long-distance transportation, avoiding cargo losses or safety hazards caused by liquid leakage.
Super low temperature resistance
This polypropylene reagent bottle has super low temperature resistance and can be used in environments as low as -100°C. Many laboratories and biological sample storage processes require samples to be stored in ultra-low temperature environments to ensure that their activity and stability are not affected. The bottle can still maintain the integrity of the material at such low temperatures, without brittle cracks or leaks, greatly improving storage safety.
This super low temperature resistance makes it an ideal choice for storing frozen samples, such as cells, tissue samples or temperature-sensitive chemicals, providing reliable performance both in daily laboratory operations and in long-term sample storage.
Material description of this product
This 1-liter reagent bottle is made of polypropylene (PP), a durable engineering plastic with excellent chemical stability. It has excellent chemical corrosion resistance and can effectively resist the erosion of various acids, alkalis, alcohols and some organic solvents, making it an ideal choice for storing various reagents. Polypropylene also has good toughness and strength, and can withstand certain physical impacts to reduce the risk of breakage.
In addition, polypropylene performs well in both high and low temperature environments. It can withstand high-temperature sterilization treatment up to 121°C, and will not crack or deform in an environment as low as -100°C. This excellent heat resistance and low temperature resistance allows the bottle to remain stable under extreme conditions, ensuring the safe storage of reagents and the reliability of long-term use.
Application areas of 1l reagent bottle
Chemical laboratory
Reagent storage: widely used in chemical laboratories to store various chemical reagents, such as acids, alkalis, solvents and buffers. Due to its excellent chemical stability, polypropylene can effectively prevent reagents from reacting with bottles, ensuring the purity of reagents and the accuracy of experiments.
Solution preparation: suitable for solution preparation and packaging. The capacity and accurate scale markings of the bottle facilitate the experimenter to accurately measure and prepare the liquid required for the experiment.
Biological and biochemical research
Sample storage: in biological experiments, it is used to store cell culture media, buffers and other biological reagents. Its excellent sealing and chemical corrosion resistance protect the stability and integrity of the samples.
Frozen sample storage: suitable for use in low-temperature environments, biological samples such as cell samples, tissue samples or frozen liquids can be safely stored in freezers as low as -100°C.
Maybe you have the following questions
1. How resistant is this material to chemicals?
Polypropylene (PP) has excellent chemical resistance and is effective against many common chemicals, including most acids, bases, and alcohols. However, it is less resistant to some strong oxidants and aromatic solvents. Therefore, when storing chemicals, it is recommended to conduct a detailed assessment of the compatibility of the chemicals used with polypropylene. Ensure that the material is suitable for the specific type of reagents you need to store by consulting the relevant chemical compatibility table or conducting a small-scale test to prevent possible reactions or material degradation.
2. How high a temperature can this material bottle withstand?
Polypropylene can withstand temperatures up to 121°C and can be sterilized at this temperature without deformation or leakage. This makes polypropylene bottles ideal for applications that require high-temperature sterilization, such as microbiology experiments and aseptic operations. However, it should be noted that although polypropylene can withstand high temperatures, the material may gradually fatigue during multiple sterilization processes, so it is recommended to check the condition of the bottle regularly to ensure that it continues to perform well.
3. Is this material suitable for use in low-temperature environments?
Polypropylene has good low-temperature resistance and can be used in environments as low as -100°C. This low-temperature tolerance makes polypropylene bottles suitable for the storage of frozen samples, such as biological specimens and temperature-sensitive chemicals. Even at extremely low temperatures, the bottles will not crack or deform, ensuring the safety of reagents and samples. For materials that need to be stored in extremely low-temperature environments for a long time, polypropylene provides a reliable solution.
4. Are bottles made of this material prone to breaking during transportation?
Polypropylene is not easy to break during transportation and handling due to its excellent toughness and impact resistance. Compared with brittle materials such as glass, polypropylene bottles are less likely to break when impacted, making it very suitable for use in occasions that require frequent handling or long-distance transportation. However, in order to further ensure transportation safety, especially in cases of high pressure or severe vibration, it is recommended to use appropriate protective packaging to reduce possible damage risks.
5. Will bottles made of this material have any reaction or impact on the stored liquid?
Polypropylene has good compatibility with many chemicals and generally does not react with the stored liquid. Its chemical stability can ensure the purity and stability of the reagents in the bottle. However, for some strong acids, bases or special chemicals, there may be a small amount of reaction or migration. To ensure the stability of the liquid, it is recommended to check the compatibility of specific chemicals with polypropylene before use, or to conduct a small-scale test to ensure that no adverse reactions occur.
6. How well do bottles made of this material seal?
Polypropylene bottles are equipped with high-quality sealing caps, which provide excellent sealing performance. Their design can effectively prevent liquid leakage and volatilization, and are suitable for storing volatile or sensitive chemicals. The tight fit of the bottle cap and the bottle body, as well as the possible sealing gasket design, ensure the safe storage of the liquid in the bottle and prevent external factors from affecting the quality of the liquid. However, for particularly volatile solvents, further sealing measures may be required to enhance the protection effect.
7. Is this material easy to clean?
Polypropylene bottles are relatively easy to clean and can be cleaned with mild detergents and warm water. Their smooth surface does not easily accumulate dirt or residue. For scenarios where they are used many times, polypropylene bottles can maintain good performance. However, after long-term use and repeated washing, the material may show slight wear or scratches. To ensure reliability every time you use it, it is recommended to check the status of the bottle regularly and replace it with a new one if there is obvious damage or functional problems. At the same time, for high-demand application scenarios, more frequent replacement may be required to maintain the accuracy and safety of the experiment.
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