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STUDENT LOUNGE > Bacteriostatic Water (30ML) (Hospira Brand): A Det
Bacteriostatic Water (30ML) (Hospira Brand): A Det
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Aug 15, 2026
3:13 AM
Bacteriostatic Water (30ML) (Hospira Brand) researchers need a dependable sterile diluent for controlled research workflows, the quality, consistency, and handling characteristics of the water used in a protocol can be important considerations. Bacteriostatic Water (30ML) (Hospira Brand) is a commonly recognized laboratory and pharmaceutical-grade bacteriostatic water product supplied in a multi-dose vial format.

For research-focused customers exploring bacteriostatic water, understanding the product's formulation, packaging, storage considerations, intended purpose, and important safety limitations can help support better purchasing and laboratory planning decisions.

Alpha Labs Peptide lists Bacteriostatic Water (30ML) (Hospira Brand) as a research-use product. The product listing describes it as a sterile solution containing benzyl alcohol as a preservative and identifies its intended purpose as a solvent or diluent for compatible research applications.

What Is Bacteriostatic Water?

Bacteriostatic water is sterile water containing a preservative intended to inhibit bacterial growth within a multi-dose container. Unlike ordinary purified water, bacteriostatic water is specifically formulated for applications where a sterile diluent is required and repeated withdrawals from a vial may be part of the applicable controlled procedure.

The Hospira labeling describes Bacteriostatic Water for Injection, USP as a sterile, nonpyrogenic preparation of Water for Injection containing benzyl alcohol as a bacteriostatic preservative. The current DailyMed information identifies the 30 mL Hospira presentation as a multiple-dose vial containing 0.9% benzyl alcohol, or 9 mg/mL.

For laboratory buyers, the distinction between sterile water, bacteriostatic water, and other aqueous laboratory solutions is important. Each type can have different formulation characteristics and intended applications, so researchers should always select a diluent based on the requirements of the specific research protocol and the compatibility information associated with the material being studied.

Bacteriostatic Water (30ML) (Hospira Brand)

The Bacteriostatic Water (30ML) (Hospira Brand) product is designed around a convenient 30 mL multi-dose vial format. The Alpha Labs Peptide listing identifies the product as a research-use laboratory material and describes it as a sterile, non-pyrogenic solution containing 0.9% benzyl alcohol.

The official Hospira labeling likewise identifies the 30 mL presentation as a multiple-dose vial and states that each milliliter contains 0.9% benzyl alcohol added as a preservative. The label also specifies that the preparation is for drug-diluent use only.

These characteristics make the product relevant to research environments that require a defined sterile diluent rather than ordinary laboratory water.

Key Product Characteristics

Important characteristics associated with the 30 mL Hospira presentation include:

Product type: Bacteriostatic Water
Brand: Hospira
Vial volume: 30 mL
Container: Multiple-dose vial
Formulation: Sterile, nonpyrogenic water with a bacteriostatic preservative
Preservative: 0.9% benzyl alcohol in the 30 mL presentation
Research application: Solvent or diluent for appropriate laboratory research workflows
Storage information: Controlled room temperature according to the applicable product labeling

The official product labeling states that the 30 mL Hospira vial is supplied as a multiple-dose container and should be stored at 20°C to 25°C (68°F to 77°F).

Why Researchers Use Bacteriostatic Water

A controlled research environment may require an appropriate sterile aqueous vehicle for certain laboratory procedures. Bacteriostatic water is specifically formulated with a preservative that helps inhibit bacterial growth in a multi-dose container.

This is one reason Bacteriostatic Water (30ML) (Hospira Brand) can be relevant to research laboratories, peptide research environments, analytical workflows, and other scientific settings where an appropriate diluent is required.


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