Laboratory vial

for parasitologyborosilicate glassplastic

Product overview
HWTAi vaccine vials provide secure storage for liquid vaccines in pharmaceutical and clinical environments. Manufactured in borosilicate glass variants, they are engineered to preserve vaccine integrity during storage, transport and handling.

Key benefits and features

• High-purity borosilicate construction to minimize leachables and contamination risks.
• Design reduces effects of temperature fluctuations and light exposure.
• Airtight seals and leak-proof aluminum closure system to maintain sterility and potency.
• User-oriented design with easy-open caps and smooth-edged necks for safe handling.
• Compatible with common vaccine storage and cold-chain systems used by manufacturers and healthcare providers.

Product description
Vaccine vials are small glass or plastic containers used to store single-dose or multi-dose vaccine formulations. They are typically sealed with a rubber stopper and aluminum cap. Proper handling includes gentle mixing before use and adhering to recommended timeframes after first puncture to ensure efficacy.

Available models and capacities

• Model: Neutral Borosilicate Vaccine vial — Capacity: 1–50 mL
• Model: Low Borosilicate Injection Vials — Capacity: 1–50 mL

Quality and compliance
HWTAi vials are subject to quality control and testing to meet relevant international regulatory standards. Manufacturing processes focus on traceability, batch testing and documentation to support compliance in pharmaceutical supply chains.

Applications
Suitable for pharmaceutical manufacturers, clinical laboratories, vaccination centers and public health programs requiring safe vaccine storage and handling.

Technical specifications

• Brand: HWTAi
• Denominations (examples): Neutral Borosilicate Vaccine vial; Low Borosilicate Injection Vials
• Capacity range: 1–50 mL
• Material: Borosilicate glass (neutral or low-alkali variants)
• Sealing: Rubber stopper with aluminum cap
• Design focus: Airtight, leak-proof closures; easy handling; compatibility with standard cold-chain systems