Introduction to Tubular Bottles.
Tubular bottles are containers specifically designed to store highly hazardous chemicals or specialty pharmaceuticals and play a vital role in the pharmaceutical industry. It is designed with the requirements for precise control of pharmaceutical ingredients and the prevention of leaks. This section will delve into the details of the most tubular bottles from the aspects of material selection, manufacturing process and application scenarios.
1.Material selection.
The choice of material for a tubular bottle is critical to its performance and range of application. Common materials include borosilicate glass and specialty plastics.
Medium borosilicate glass tubular bottles: Medium borosilicate glass has excellent chemical stability and temperature resistance, and can withstand high temperature sterilization and chemical properties of pharmaceutical ingredients. It has high transparency, is easy to observe the state of the drug, and is not easy to react with the drug to ensure the stability of the drug.
Special plastic tubular bottles: Some special plastics such as polytetrafluoroethylene (PTFE) have good corrosion resistance and low adsorption, which are suitable for storing corrosive chemicals or high-risk chemicals.
2.Manufacturing process.
The manufacturing process of tubular bottles has a direct impact on their quality and performance.
Manufacture of medium borosilicate glass tubular bottles: medium borosilicate glass tubular bottles are usually blown molding or injection molding processes, and parameters such as temperature and humidity need to be controlled during the manufacturing process to ensure the uniformity and consistency of the tubular bottles.
Manufacture of special plastic tubular bottles: Special plastic tubular bottles are usually made by injection molding or extrusion molding process, and attention needs to be paid to the selection of materials and molding temperature during the manufacturing process to ensure the corrosion resistance and dimensional accuracy of the tubular bottles.
3.Application scenarios.
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Tubular bottles have a wide range of application scenarios in the pharmaceutical field, including but not limited to:
Storage of special drugs: Controlled bottles are often used to store special drugs, such as biological agents, high-risk drugs, etc., to ensure the safety and stability of drugs.
Laboratory use: Tube bottles are also commonly used in laboratories to store and dispense various chemical reagents, standard solutions, etc., to ensure the accuracy and reliability of experiments.
Epilogue. In summary, as an important part of pharmaceutical outer materials, tubular bottles have unique characteristics and application advantages. Through an in-depth understanding of the material selection, manufacturing process and application scenarios of tubular bottles, it can help enterprise procurement personnel and decision-makers to better choose the packaging materials suitable for their products and ensure the quality and safety of drugs.