The logistics properties of pharmaceutical glass bottles are mainly reflected in their physical properties and transportation requirements.
Pharmaceutical glass bottles have the following physical properties:
High and low temperature resistance: Glass bottles can remain stable under high and low temperature environments, and are suitable for transportation and storage under various climatic conditions.
Leakage resistance: Glass bottles have good sealing properties, which can effectively prevent liquid leakage and ensure the safety of drugs during transportation.
Corrosion resistance: Glass bottles do not react with most chemicals and can protect drugs from the influence of the external environment.
Transparency: Glass bottles are usually transparent or translucent, which is convenient for observing the status and changes of drugs.
Specific requirements for pharmaceutical glass bottles in transportation:
Packaging protection: During transportation, pharmaceutical glass bottles usually require additional protection measures, such as the use of foam, bubble film and other cushioning materials to prevent collision and breakage.
Shockproof and drop-proof: Because glass bottles are fragile, special attention should be paid to shockproof and drop-proof during transportation to avoid breakage due to vibration or falling.
Temperature control: Some drugs are sensitive to temperature, and measures need to be taken to maintain a suitable temperature during transportation to prevent the drug from deteriorating.
Moisture and dustproof: In order to maintain the purity of the drug, attention should also be paid to moisture and dustproof during transportation to ensure that the drug is not contaminated by the outside world.
Types of medicinal glass bottles and their applications in logistics:
Ampoules: Small glass containers for containing liquid medicines, commonly used for injection preparations and high-purity chemicals that must be isolated from air, such as vaccines and serums.
Cillin bottles: Used to contain injection solutions, oral solutions, etc., usually sealed with rubber stoppers, with thicker bottle walls, suitable for piercing and extraction with needles, and not easy to hurt people or cause secondary pollution.