Reagent Bottle Wide Mouth

Can withstand 98kPa internal pressure in the bottle, meeting air transportation requirements
Pressure-resistant design
The bottle design has been rigorously tested and can withstand internal pressures up to 98kPa, ensuring that no liquid leakage occurs under high pressure conditions. The selection of materials and structures has been carefully optimized to provide excellent pressure resistance. The bottle body adopts a thick wall thickness and a reinforced bottleneck design to disperse and resist internal pressure to avoid deformation or rupture under high pressure. The sealing system is also a key part. The screw cap and the sealing gasket fit tightly to effectively prevent the leakage of gas and liquid.

Air transportation safety
This high pressure resistance makes the reagent bottle meet the strict requirements of air transportation, ensuring that the reagent is still safe and reliable in a high-altitude low-pressure environment. During air transportation, the reagent bottle needs to withstand changes in air pressure and vibration. The design of this reagent bottle is fully capable of meeting these challenges and preventing leakage or bursting during flight. Suitable for international and domestic air transportation, it not only ensures safety during transportation, but also complies with air transportation regulations and is easy to use and operate. In addition, this pressure resistance also enables the reagent bottles to be used in other transportation and storage scenarios that require high pressure conditions, such as sea and land transportation, providing consistent protection and safety in various extreme environments.

Super low temperature resistance, can be used in freezers as low as -100℃
Low temperature resistant material
This reagent bottle is made of high-quality polypropylene (PP) material, and its excellent physical properties enable it to maintain its strength and toughness in extremely low temperature environments. Even in extremely cold conditions of -100℃, the bottle body will not become brittle or crack, thus ensuring the safety and stability of the reagents inside. The selection of this material has been rigorously scientifically tested and verified to ensure its excellent performance in low temperature environments.

Cryopreservation
The reagent bottle is designed specifically for storing and transporting samples that require special temperature control in ultra-low temperature environments. Whether it is biological samples, enzymes, proteins, or reaction reagents, they can be safely stored in freezers as low as -100℃. This feature is particularly important in fields such as life sciences, medical research, and cold chain logistics, which can ensure that the integrity and activity of samples are not affected by temperature changes. For example, in biomedical laboratories, many reagents and samples need to be stored at low temperatures for a long time to maintain their activity and effectiveness. This reagent bottle can maintain its sealing and structural integrity in extremely low temperature environments to prevent freezing damage and external contamination of samples. Its super low temperature resistance is not only suitable for laboratories, but also provides a reliable solution for cold chain transportation of medicines and preservation of biological samples. Through this design, the safe storage of reagents and samples under extreme low temperature conditions is ensured to avoid losses and experimental failures caused by temperature fluctuations

Excellent chemical resistance, able to resist corrosion from most chemicals
Chemical resistance
This 1000ml wide-mouth reagent bottle is made of high-quality polypropylene (PP) material, which has extremely strong chemical corrosion resistance. Polypropylene material can effectively resist the corrosion of strong acids, strong alkalis and most organic solvents, such as sulfuric acid, hydrochloric acid, sodium hydroxide, ethanol, acetone and toluene. Whether it is a chemical reagent commonly used in the laboratory or a chemical in industrial production, the reagent bottle can provide a stable storage environment without material degradation or performance loss due to the corrosion of chemicals.

Multi-purpose storage
Excellent chemical resistance makes this reagent bottle perform well in a variety of application scenarios. Suitable for storing a variety of corrosive chemicals to ensure the purity and safety of the reagents. Whether it is storing fine chemicals in a chemical laboratory or storing large amounts of chemical raw materials in industrial chemicals, the reagent bottle can effectively protect the contents and prevent contamination and leakage. In addition, this reagent bottle is also suitable for biological laboratories to store corrosive biological reagents and buffers to ensure the accuracy and repeatability of experimental results.

Production and characteristics of medical-grade raw materials

 

Medical-grade raw materials:

High-density polyethylene (HDPE) and polypropylene (PP) are two common medical-grade plastic raw materials that have multiple advantages. First, they have excellent chemical resistance and can resist corrosion from a variety of chemical reagents and solvents, and will not react adversely with or contaminate the reagents. This chemical stability is a key factor in ensuring that reagent bottles can safely store a variety of liquid and solid reagents for a long time.

Second, these materials have good physical properties, such as high strength and wear resistance, and can withstand the test of long-term use and frequent operation in complex experimental and industrial environments. They are not easy to deform or break, ensuring the structural integrity and safety of reagent bottles under various conditions.

In addition, the selection of medical-grade raw materials also takes into account their impact on human health. Both HDPE and PP are strictly certified non-toxic materials that will not release harmful substances, ensuring that the reagent bottles will not cause harm to operators and the environment during use.

Finally, these raw materials generally have good processing properties and can meet the requirements of complex reagent bottle designs, such as wide-mouth design, precise dimensional control, and fine surface treatment to improve sealing and ease of operation.

 

 

 

100,000-level cleanroom production:

Medical-grade raw materials are crucial in the manufacture of wide-mouth reagent bottles, ensuring the high quality and safety of the products. These raw materials, such as high-density polyethylene (HDPE) and polypropylene (PP), have excellent chemical resistance and can resist the erosion of a variety of chemical reagents, ensuring that the reagent bottles will not contaminate or damage the reagents during storage and use.

The manufacture of wide-mouth reagent bottles is usually carried out in a 100,000-level cleanroom. This level of production environment strictly controls the number of particles and microorganisms in the air, effectively preventing the influence of external pollutants on the reagent bottles. The cleanroom meets the high standards of cleanliness in the field of medical equipment and pharmaceutical manufacturing, ensuring high quality and consistency in the product production process.

The combination of medical-grade raw materials and 100,000-level cleanrooms not only ensures the clean and safe production environment of wide-mouth reagent bottles, but also makes it possible for their wide application in fields such as medicine, biotechnology and laboratories. These reagent bottles can not only safely store various reagents and solutions, but also withstand complex experimental operations and harsh environmental conditions, providing users with efficient and reliable experimental tools. In short, medical-grade raw materials and high-standard production environment ensure the excellent performance of wide-mouth reagent bottles in quality and performance, promoting continuous progress and innovation in scientific research and medicine.

 

 

 

 

Departmental application of reagent bottle wide mouth in chemical laboratories

Chemical laboratory

Storage and mixing of liquid reagents and solutions: The wide-mouth design makes the reagent bottle very suitable for storing and mixing various liquid reagents and solutions. Commonly used chemicals in the laboratory, such as acids, bases, solvents, etc., can be easily poured in and out for dilution, mixing or preparation of reaction solutions.

Convenience of operation: Wide-mouth reagent bottles are not only convenient for adding reagents, but also for easy sampling and cleaning. This is especially important for experiments that require frequent operations and large-volume processing, saving time and improving work efficiency.

Adapt to various experimental needs: Whether it is basic chemical synthesis experiments or complex reaction conditions optimization, wide-mouth reagent bottles can meet different experimental needs. Their design ensures the safety and stability of reagents, helping to ensure the accuracy and repeatability of experimental results.

 

Pharmaceutical Manufacturing
Drug preparation and solution preparation: Wide-mouth reagent bottles are widely used in drug preparation and solution preparation in the pharmaceutical process. The formulation of drugs requires precise measurement and mixing, and the wide-mouth design makes the operation more convenient and precise. The dissolution, dilution and mixing operations in the pharmaceutical process can be efficiently completed in these reagent bottles to ensure the stability and consistency of the drugs.

Drug stability testing: The stability of drugs is one of the important indicators of concern in the pharmaceutical process. Wide-mouth reagent bottles are used to store prepared drug samples and can be used for long-term stability testing under specific conditions. The chemical resistance and good sealing performance of these bottles ensure that the drugs are not affected by the external environment during the test, maintaining their original efficacy and safety.

Meet medical-grade clean standards: In pharmaceutical manufacturing, the cleanliness and safety requirements of reagent bottles are extremely high. Wide-mouth reagent bottles are usually produced in a 100,000-level clean workshop to ensure that they are not contaminated during the manufacturing process. This high-standard production environment and material selection ensure that the reagent bottles themselves will not cause any contamination to the drugs, meeting the strict requirements of the pharmaceutical industry.

 

Maybe you have the following questions

 

 

1. What types of reagents and solutions are suitable for this wide-mouth reagent bottle?
Wide-mouth reagent bottles are suitable for storing a variety of liquid and solid reagents, such as chemical reagents, biological samples, solvents, buffers, etc. Its design features include a wide mouth that facilitates pouring, mixing and cleaning, and is suitable for occasions that require frequent operations and large-capacity storage. In chemical laboratories, it can safely store common reagents such as acids, alkalis, and organic solvents; in biological laboratories, it is used to preserve cell culture media, culture fluids, and biological samples.

2. What is the material of this reagent bottle?
Wide-mouth reagent bottles are usually made of plastic materials such as high-density polyethylene (HDPE) or polypropylene (PP). These materials have good chemical resistance and can resist corrosion from most chemicals, ensuring the stability and safety of reagents. In addition, they also have good low-temperature resistance, can be safely used in freezers, and are not easy to deform or break. These characteristics make them widely used in a variety of laboratories and industrial environments.

3. What are the advantages of the wide-mouth design?
The wide-mouth design makes the reagent bottle easier to operate and clean. Compared with ordinary-caliber reagent bottles, they are more suitable for occasions where frequent addition, sampling or mixing are required, saving time and labor costs. In addition, the wide-mouth design also helps prevent splashing and contamination, improving the safety and accuracy of the experiment. Wide-mouth reagent bottles are also more convenient for some viscous liquids or reagents that require large volumes.

4. How is the sealing performance of this reagent bottle?
Wide-mouth reagent bottles are usually equipped with screw caps and sealing gaskets to ensure good sealing performance of the bottle mouth. This design effectively prevents the volatilization of reagents and the entry of external contaminants, maintaining the purity and stability of reagents. Especially when storing volatile reagents or toxic chemicals, good sealing performance is particularly important to protect the safety of experimenters.

5. Are wide-mouth reagent bottles suitable for long-term storage?
Yes, wide-mouth reagent bottles are very suitable for long-term storage. Their materials have excellent chemical stability and can resist the corrosion of chemicals for a long time without negatively affecting the reagents. The well-sealed design also ensures that the reagents will not be affected by the external environment during storage. Therefore, wide-mouth reagent bottles are widely used in laboratories and industries for long-term storage of reagents and solutions that require high fidelity.

6. How is the temperature resistance of this reagent bottle?
Wide-mouth reagent bottles generally have excellent temperature resistance. Generally speaking, they can be used safely at lower temperatures, such as storing samples in a freezer, to maintain the stability and activity of the reagents. In addition, some designs can withstand higher temperatures and are suitable for sterilization under high temperature conditions. For example, polypropylene materials can withstand high-temperature sterilization at 121°C to maintain their structural integrity and sealing.

7. What special measures are there for wide-mouth reagent bottles in laboratory safety?
When using wide-mouth reagent bottles in the laboratory, the following safety measures should be taken: ensure that the bottle caps are tightly tightened to prevent leakage and splashing; avoid splashing when contacting toxic or corrosive reagents; regularly check the sealing performance of the bottle to avoid volatilization and leakage of reagents. In addition, correct labeling and storage location are also important factors to ensure laboratory safety.

 

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