1.46408

Buffered NaCl-Peptone Solution

ready-to-use, bottle volume 300 mL , filling volume

• Synonym(s): Buffered Saline Peptone Water, Buffered Sodium Chloride Peptone Solution
• UNSPSC Code: 41106200
• NACRES: NA.74

Properties

• agency: EP 2.6.13; JP 4.05; USP 62
• Quality Level: 300
• description: For the microbiological examination of non-sterile pharmaceuticals
• form: liquid
• shelf life: 12 mo.
• feature: closure type crimp cap with septum; ready-to-use
• packaging: single packed of 300 mL (in 500 ml bottle with blue flip cap and septum (6 bottles per box)); bottle of
• technique(s): direct inoculation: suitable; sterile filtration: suitable
• bottle capacity: 500 mL
• bottle volume: 300 mL , filling volume
• pH: 7.0
• application(s): cosmetics; food and beverages; microbiology; pharmaceutical
• storage temp.: 2-25°C

Description

General description

Buffered NaCl-Peptone solution is designed for the microbial examination of non-sterile pharmaceutical products. The low content of peptone, along with phosphate buffer and sodium chloride in the solution maintains the viability of microorganisms present without supporting their growth.

Application

Buffered NaCl-Peptone solution is used for the microbial examination of non-sterile pharmaceutical products such as solutions for sample preparation, dilution, or washing solution.

Features and Benefits

Our ready to use media provide the highest level of quality and testing confidence. They have been formulated and tested to meet the pharmacopoeia requirements. Our media are manufactured in an ISO 9001, environmentally controlled production center. Each lot undergoes a stringent quality control (QC) procedure, including pH, sterility and growth promotion tests. Our manufacturing approach ensures the highest level of clarity for our media and rinsing fluids, therefore improving accuracy and significantly reducing the risk of incorrect interpretation and false results.

Safety Information

• Storage Class: 10 - Combustible liquids
• wgk_germany: nwg
• flash_point_f: Not applicable
• flash_point_c: Not applicable