Static Preserved Reconstitution Solvent 10ml Multi-Dose Vial Sterile Processed

Static Preserved Reconstitution Solvent 10ml Multi-Dose Vial Sterile Processed

Product Overview

This 10ml multi-dose vial serves as a high-purity aqueous medium integrated with a specialized bacteriostatic additive to ensure long-term stability. 
Designed specifically for laboratory reconstitution, this solution provides a sterile environment that inhibits microbial activity for up to 28 days after the initial seal puncture.
Our production focuses on maintaining a strict pH equilibrium, ensuring that your sensitive compounds remain intact without degradation during the storage phase.

Key Features & Functional Advantages

Static Preservation System: 

The integrated preservative formula is strictly controlled to provide consistent protection against micro-organism growth throughout the vial's lifecycle.

Reinforced Self-Sealing Stopper: 

Features a medical-grade rubber septum that recovers its hermetic seal immediately after needle withdrawal, preventing gas exchange.

Refined pH Buffering: 

The solution is calibrated to a specific range that mimics physiological conditions, providing a safe harbor for a wide array of research peptides.

Heat-Stabilized Borosilicate:

Vials are crafted from glass that withstands rigorous thermal processing, ensuring no alkaline leaching into the solvent.

Application Scenarios

• Sequential Sample Titration: Perfect for researchers who need to draw multiple small volumes from a single source over several weeks.
• Protein Dissolution Studies: Offers a reliable medium for dissolving lyophilized proteins that require a preserved environment for multi-day observations.
• General Lab Reagent Base: Acts as a stable carrier for aqueous-based experiments where pure water would be prone to rapid contamination.

Packaging & Storage

 
Supplied in individual 10ml vials with a flip-off security cap. Store at a steady room temperature (15-25°C). Avoid exposure to intense light to maintain the integrity of the preservation system.